Thứ Ba, 2 tháng 5, 2017

Waching daily May 2 2017

NEW JERSEY SENATORS MENDEZ AND

BOOKER HAVE INTRODUCED A BILL

CALLED THE TICKETS ACTED TO

REVIEW AIRLINES OVERSELLING

PRACTICING AND THERE FLYING

RIGHTS.

ANDREA: A LOT OF PEOPLE HAVE A

$10,000 REWARD WILL HELP FIND A

SOUTH PASADENA BOY.THE

FIVE-YEAR-OLD HAS BEEN MISSING

FOR 10 DAYS.

KARA FINNSTROM REPORTS FROM THE

LA COUNTY BOARD OF SUPERVISORS

WHERE A VOTE ON THE REWARD IS

EXPECTED TODAY.

I THEREFORE MOVE THAT THE

BOARD OFFER REWARD IN THE

AMOUNT OF $10,000.

REPORTER: TODAY'S SUPERVISOR

TOLD THE BOARD A REWARD MAY

HELP SPUR NEW LEADS IN THE

SEARCH FOR A MISSING FIVE YEAR

OLD CHILD.

INVESTIGATORS SEEKING

INFORMATION FROM ANY PERSON WHO

MAY BE CONCEALING THE CHILD OR

MAY HAVE INFORMATION ABOUT THE

CHILD'S DISAPPEARANCE OR

WHEREABOUTS.

REPORTER: MORE THAN A WEEK AGO

THE FATHER FAILED TO DROP OFF

HIS SON TO THE ESTRANGED WIFE

ABOUT THE SAME TIME THE POLICE

FOUND THE FATHER UNCONSCIOUS IN

A NEARBY PARK WITH THE CHILD

NOWHERE AROUND.

THE FATHER'S ATTORNEY SAYS THAT

HE REMEMBERS BEING IN THE PARK

WITH HIS SON BEFORE BLACKING

OUT.

AND SPECULATES HE WAS ATTACKED

BECAUSE HE SUFFERED A BUMP TO

THE BACK OF HIS HEAD AND A

BRUISED RIB.

INVESTIGATORS DID GROUND

TOXICOLOGY TESTS BUT HAVE NOT

RELEASED INFORMATION BASIS IT

APPEARS DETECTIVES HAVE

SEARCHED THE FATHER'S SOUTH

PASADENA HOUSE, THE PARK WHERE

HE WAS FOUND AND A LAKE BY

SANTA BARBARA.

HE TELLS ELISE HE TOOK US ON A

THURSDAY.

AN INVESTIGATOR TELLS US THAT

NOTHING SIGNIFICANT WAS FOUND

IN ANY OF THOSE PLACES AND IT

LEAVES THEM HOPEFUL THAT THE

CHILD IS WAITING TO BE SAFELY

FOUND.

JOE MENDOZA IS ALSO HERE

SHOWING HIS SUPPORT FOR THE

For more infomation >> $10K Reward Offered In Search For South Pasadena Boy - Duration: 1:42.

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Pence blames Obama for Trump's heavy work load - Duration: 1:39.

Pence blames Obama for Trump's heavy work load.

by John Siciliano

Vice President Mike Pence on Sunday blamed the previous administration for President

Trump's recent remarks that being commander in chief was more work than expected.

"I don't know that he's found it harder, I think that he has found the range of issues

as president of the United States at home and abroad, given the path of the previous

administration, to be particularly challenging," Pence said in response to a question posed

by "Meet the Press" host Chuck Todd on NBC.

Pence was referring to the administration run by former President Barack Obama.

Todd had asked what the president found "harder" about being president, after Trump told Reuters

last week that being president was more work than he anticipated.

"In so many ways the president has said the 'world is a mess,'" and spent a lot of time

in the last 100 days "re-engaging the world" to strengthen ties with allies, while proposing

to rebuild the military, Pence said.

On top of that, the president is also re-engaging on trade deals from the past that have cost

jobs, while domestically "fighting for jobs," he said.

"We went through a difficult time in the last eight years, but America is back under President

Donald Trump," he said.

For more infomation >> Pence blames Obama for Trump's heavy work load - Duration: 1:39.

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Learning Videos Cars For Kids - Learn Colors Cars and Trucks - Police Helicopter For Kids Videos - Duration: 3:44.

Learning Videos Cars For Kids

Learn Colors Cars and Trucks

THANK YOU WATCH VIDEO. PLEASE LIKE, COMMEN, SUB CHANNEL. THANK YOU!

For more infomation >> Learning Videos Cars For Kids - Learn Colors Cars and Trucks - Police Helicopter For Kids Videos - Duration: 3:44.

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nanoHUB-U Nanophotonic Modeling L4.6: Basis Choices for Beam Propagation Method - Duration: 5:53.

[Slide 1] Hey everyone.

This is Lecture 4.6.

So in the last lecture we just introduced the beam propagation method.

And said that although it looks simple, It could actually have a lot of interesting

applications both for fiber propagation as well as nonlinear types of problems.

[Slide 2] And so now we're actually going to explore in more detail our solution method,

and so here we have the so called split step method.

Because we had rewritten the solution to the BPM equation as basically

e to hu over 2 times e to the hw times e to the hu over 2.

So then that means there are basically three steps in the propagation.

So, that basically would propagate half a step with the Laplacian,

which represents the e to the hu over 2.

And then we would propagate a linear phase shift over the full distance.

So that's e to the hw, and then finally another half step with the Laplacian.

And so then that allows us to map our starting psi into

psi propagated all the way along the steps of size h.

And then this is actually showing basically how we're going back and forth,

so propogating half of the Laplacian here, so basically the beam's spreading.

And then the phase shift over here, the full distance, and

then back to the Laplacian.

[Slide 3] So, of course, the biggest challenge for this sort of method is not something as

simple as like very uniform fiber, which is just propagating forever, but

when you have some sort of inhomogeneity or non-trivial physics in the problem.

And so in particular like if the lateral features include nonlinearity,

or maybe a non-trivial structure in the x and y directions.

So there are a few different ways we could try to handle it.

One would be, basically, just a uniform spatial grid.

So that would be analogous to what we did with finite difference time domain, just in 2D.

And then we could also do fast Fourier transform.

And then finally the finite element method.

[Slide 4] And we haven't talked about that before, but we'll explain in more detail, so

first of all, how does the Fast Fourier Transform approach work?

So it's well-suited for at least one of the steps, the diffraction step,

because we can actually re-write the U that comes at the beginning and

end of e to the hu over 2.

As something that looks as simple as minus j over 2 beta times k

plus g perpendicular squared.

Okay, so, that allows us to take something that's otherwise a little messy to write

and just write it as a scalar quantity.

And so here, basically, the trick is that we transform both into the free domain,

and then back to propagate the linear phase shift, and

then back into FFT to propagate the diffraction again and then back.

[Slide 5] So we just keep going back and forth basically.

In the spatial grid approach,

then of course we just keep everything in real space the whole time.

And so here basically you would take this Laplacian operator, and

then you would split it up into this uniform grid in the following way.

So the easiest way to think about is,

if you wanted to take the first spacial derivative, it would be phi of i

minus 1 minus phi i over h, like the step size, right?

And so if you take a second derivative, then it becomes phi of i minus 1,

minus 2 phi i plus phi i plus 1.

And you can easily prove that for

yourself, if you just try to take the derivative of the derivative.

Okay, but then if you're doing in 2D, then of course you've got these extra terms,

which basically are assumed to be space by N from your kind of center point,

because we have like an end by end grid in this uniform spatial grid by assumption.

And so then that's why we have this phi of i minus N and phi i plus N terms here.

And so this gives a reasonable approximation.

Now, of course, there's a catch to this,

which is that this only can be really accurate if you have very fine grid.

[Slide 6] So, this brings us actually to the finite element method.

And, of course, finite element method doesn't only apply

to the impropagation method, but this is just a nice way to motivate it.

So, this basically would be Instead of using the uniform grid actually to divide

this spatial domain in any number of dimensions into a mesh.

So it's a generalization of our uniform lattice.

And generally it has D plus 1 vertices and D dimensions so

presumably, three vertices in 2D, which is being shown here,

so basically a bunch of little triangles or the tetrahedron in 3D.

Okay, and then it can fill up our whole spatial region, and then we can basically

have very small triangles, like right near the edges where inhomogeneity is occurring.

But also very large ones, where you don't have inhomogeneity.

And it should give us more accurate solutions overall,

because we have fine mesh where we need it.

And then we don't have it where we don't need it.

So it allows us to efficiently do a very intense calculation.

In the next lecture,

we'll actually explore more details of how to set up this finite element problem.

For more infomation >> nanoHUB-U Nanophotonic Modeling L4.6: Basis Choices for Beam Propagation Method - Duration: 5:53.

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Brentwood, TN | More Than a Realtor; The Mohr Group is an Advisor and a Friend - Duration: 0:22.

Best experience we've ever had!

Not only has Monte been a realtor to us, but he's also been an advisor and a really good

friend.

When it was all said and done, we couldn't imagine ourselves using anybody else or even

working with anybody else than The Mohr Group.

I agree!

For more infomation >> Brentwood, TN | More Than a Realtor; The Mohr Group is an Advisor and a Friend - Duration: 0:22.

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The Power of Gratitude at The Foundation for Barnes-Jewish Hospital - Duration: 5:24.

Hi, I am Jamie Corley.

I'm originally from St. Louis, born and raised.

In 2010 I was 22 years old and diagnosed with a benign meningioma tumor on my thoracic spinal

cord.

In 2014, I had the tumor removed by Dr. Ralph Dacey.

Everybody I came into contact with, they were equally as nice and compassionate, but you

knew that they were sharp and the trains ran on time and everyone was exceptionally bright.

And I really appreciated that.

I think that can sometimes be hard to find.

You just know you're in really good hands when you're there.

I'm thankful for donors for providing support to the hospital so that patients like me can

access incredible care and incredible doctors.

I had a liver transplant about 13 years ago.

They said your chances of surviving are 50-50.

I felt that for some reason I came through it successfully and afterward I looked and

said 'why?'

For some reason, I stuck around.

Why?

I found that they have excellent folks who can do the work, from the doctors to the support

staff, the nurses, everyone.

All the way down.

I say thank you to everyone.

I want to make a difference by giving to the Foundation to help others who can't help

themselves.

I give to the Foundation because the hospital has done so much for me and I have survived

two rounds of ovarian cancer in almost ten years now.

And I feel so very fortunate.

I'm just so appreciative every time I go back to Barnes-Jewish, and they are so, so

wonderful and just treat you so well.

Giving makes me feel as though I was contributing to saving somebody else's life and also

in appreciation for what somebody did for me.

I'm sure thankful for Barnes-Jewish Hospital because they had the facilities to help me,

and I just want to make sure that they can continue to help others.

The Foundation is important to I think the entire community in St. Louis as a whole because

they provide so much, whether it's money for research, money for outreach, money for

education.

There's just so much that it does.

We kind of put together this big idea at the Foundation that got funded and it's led

to some groundbreaking discoveries that we hope are pretty soon to translate into new

therapies that'll really help patients.

My name is Bree and I'm a graduate at Goldfarb School of Nursing at Barnes-Jewish College.

My mom and my dad, we sat down the day after I got accepted and my mom said, "Did you

know how much this school costs before you applied?"

And I said, "No, I was just so excited to get an acceptance letter from Goldfarb."

And so we made an appointment with the financial aid representative, and she began to crunch

numbers and talk.

Any my mom just kept looking at me like, "you know, um, okay."

So, she then brought up information about scholarships.

It was about a week before school started, and I got a letter in the mail, and I opened

it.

It was a scholarship, and I just, I started crying.

I showed my mom and she started crying.

I even ran to my boyfriend's house and he started crying.

I mean, people just knew that I really, really have been praying for it and really wanted

this, so it was a blessing.

I want to be a part of making the world better.

I just want to say thank you.

Knowing that someone is standing behind me, pushing me to be the best that I can be, believing

in me enough to invest in me, it just gave me more hope, more passion, more drive to

be the best that I can be.

For more infomation >> The Power of Gratitude at The Foundation for Barnes-Jewish Hospital - Duration: 5:24.

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How To Make A DIY Jewelry Box - Duration: 0:51.

A jewelry box is the perfect gift for a loved one.

Building it yourself makes it even more special.

The jewelry box in this project features a mirror, ample room for necklaces and rings,

and conveniently mounts on your wall.

It's also easy and inexpensive to build.

For more infomation >> How To Make A DIY Jewelry Box - Duration: 0:51.

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Intellige | Battery for households - Duration: 2:13.

We live in times of fundamental changes in power engineering. Arrival of the renewable resources brought with itself not only possibilities

of electricity production with zero CO2 emission rate in place of its consumption, but also possibility of electricity storage in time.

Electricity consumption in household usually takes place early in the morning and late in the afternoon, depending on times people go to and from work or school.

On contrary, electricity is produced in time between morning and evening, therefore in time, when the consumption is on its minimum.

And exactly this problem of discrepancy between production and consumption is being solved by the battery for electricity storage in household.

During the day battery is being charged and surplus electricity thus does not flow into the public grid, but is accumulated for purpose of later usage,

while active appliances are supplied directly from the power plant or battery, depending on state of charge.

Control unit of accumulator is offering wide range of setting. One of them is also control of electricity production

if the accumulator is fully charged. Control unit enables additional electricity accumulation in form of water heating,

turning off the production source by MPPT tracker,

or outlet surplus output power into the public grid.

By the end of the day, battery switches from charging into discharging phase in order to use accumulated electricity for consumption.

State of full charge followed by full discharge of battery is called one cycle, and number of cycles determine lifetime of battery.

Battery in household is not only a tool for most efficient usage of production from renewable resources,

but it may also serve as backup in case of public grid power outage.

For this purpose it offers possibility to set minimal reserve of accumulator from 0 to 100%.

Revolution in power engineering is here, you may also become part of it.

For more infomation >> Intellige | Battery for households - Duration: 2:13.

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Cedar Characteristics and Why Cedar is Ideal for Raised Garden Beds - Easy Growing Episode #13 - Duration: 4:35.

On today's episode, I'm going to be talking to you about cedar wood and the different

characteristics of it and what makes it a really great wood to build raised garden beds from!

Hi everyone, I'm Bryan Traficante from GardenInMinutes.com and this is Episode 13 of 'Easy Growing'.

So to get things started with the different characteristics, the first thing you'll notice

is that cedar wood comes in a variety of colors.

This is because of the different levels of tannins within the boards themselves.

So you can everything from white, to kind of pinkish, to a tan, all the way down to

a kind of a mocha brown color.

And this is all the exact same type of wood, just different levels of tannin from tree

to tree that gives it this really unique characteristic to make your garden bed from, that you might

not see with other types of wood.

Something else you'll notice is that cedar has knots, just like most other kinds of boards.

It adds a variety of characteristic to it, along with the different colors you'll see.

You'll see small knots, large knots, and basically a variety of them across all the different

boards you have.

It doesn't affect the integrity of the wood, it just kind of gives it more character.

The last piece that you'll notice with cedar is that it's prone to something called checking,

where more or less the grain of the wood as it dries out, separates slightly on the surface

level.

So it adds this fine line down the grain of the wood.

Now it might look like it's a split, but it's much different.

It's not something that's going to affect the integrity of the wood or the quality wood.

And actually what I'll do is I'll zoom-in right now, that we can take a look at it and

see what it looks like and kind of give you a closer look at the different characteristics

that I was just talking about; from the colors, to the knots, and of course the checking.

So here we go!

Alright so here we are.

These are the different boards I was just showing you.

You can see the wide range of colors, you can see across the spectrum for cedar.

It's really, really incredible some of the different varieties you can get.

Something that of course you'll see are knots across the board just like this.

Nothing wrong with them.

They just give you some pretty unique characteristics to it as you build out your garden bed.

Then something else that you'll notice is something called checking, which is this...

I'll try to focus in for you...

right there.

So it's basically just a very surface level, minor split of the grain from the board drying

out.

Totally normal and again, another area of characteristic to add.

Alright, so those are the typical characteristics of cedar - you have a wide range of colors,

you're going to have some knots, you can have a little bit of light checking - but all in

all it gives you this incredible characteristic of the wood for your raised garden bed that

you might not get with a vinyl, or a composite, or some other types of wood.

Now what we'll do is we'll get to the functionality of cedar.

Why is it a good wood for a garden bed to begin with.

To get started with that... it's a lot more rot resistant over time.

It doesn't absorb water as quickly and rot away as quickly as other soft woods like pine.

It's also naturally insect resistant because of the extractives that are in the wood.

It's just not something that pests like to eat.

Fortunately like I said, it's a natural defense over time that's developed, which is fantastic

for us and allows you to build your garden bed and not worry about termites as much as

you would with something like pine or a softer wood.

The last bit for cedar is that it has incredible linear strength meaning that the board itself,

you would have to apply a lot more pressure to this in order to bend it or break it.

And because of that you won't see the wood bowing when you fill your garden bed all the way with soil.

We use 1-3/4" boards.

If you use just 3/4" boards the cedar is still a fantastic wood to use, but it will bow just

because you have something that's about half the thickness, it just won't have the same

total strength.

But overall cedar is just a fantastic wood to grow a garden with.

It's going to last longer than a softer wood and it gives you some really, really unique

characteristics to look forward to.

Alright!

That's it for Episode #13.

Thank you all so much for watching.

Leave your comments and questions below.

I'll see you next time!

For more infomation >> Cedar Characteristics and Why Cedar is Ideal for Raised Garden Beds - Easy Growing Episode #13 - Duration: 4:35.

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nanoHUB-U Nanophotonic Modeling L4.8: Galerkin Method for Finite Element Problems - Duration: 9:13.

[Slide 1] Hey everyone, welcome back.

So this Lecture 4.8, so now we're going to actually explain within the context

of the finite element method how to use what we call the Galerkin method.

Specifically in order to minimize the error of finite element solutions.

And so we're going to actually take an example that comes out of mechanics,

not because we necessarily only want to do mechanics, but

just because it's probably the most intuitive to understand.

So think about, for now, like a wire, okay?

And so if we have a wire, then of course a wire is subject to Newton's Law just like

any other mechanical object.

And so we can actually write down the solution for f equals ma in this form.

So basically here, our two forces that are impacting the wire.

One that's basically coming from the curvature of the wire,

creating some tension.

And then we have q, which is essentially like a uniform force, maybe from gravity,

or so on, that's applied to the wire, is equal to the mass density, mu,

times the acceleration in the y direction, which is the second derivative of w.

Okay, so that's, again, w.

This is the drawing from Peter Crystal's book that kind of shows how this works.

And then in static equilibrium, of course, the forces should cancel.

So basically mu w dot double dot is equal to 0, so then we get this.

And then we can try to solve this problem in static equilibrium

by defining a residual error in the static equilibrium case,

which would basically be taking this term, and

then measuring our solutions deviation from this being 0.

Okay, so this is just kind of showing what is the set up, and

what is the balance of forces.

So now we said we want to apply the Galerkin Method to this kind of problem, so

now we're going to create what we call a set of trial functions.

And so then the trial functions will actually multiply this residual error at

each point, and then we're going to insist that integrated over the whole interval,

that the trial function times the residual error function should integrate to 0.

Okay, so that's basically our condition.

So the way you can kind of think about it is that if we had a balloon,

and we want to stuff it into a box, okay, which may sound a little funny.

But then, it would be kind of hard if we just pushed it on one end, right?

This is a big box.

We're pushing the balloon on one end.

It's not going to go in, right?

It's going to be sticking out on the other side.

But if we actually use a lot of fingers,

then we can actually probably push it more successfully into that box.

Maybe it doesn't fit perfectly, but it will fit much better at least.

And the more fingers we have, maybe we call over our friend.

Our friend also provides some fingers,

we also can stuff it into the box more accurately.

So that's essentially what we're trying to do with these trial functions.

So each of these trial functions is a finger that's kind of

pinning down our balloon into where we want it to be.

So that basically corresponds to integrating the residual error out to 0.

And so now we can actually write down the explicit form of the residual function,

which here was the static equilibrium problem P

times second derivative of w plus q, okay?

Where q is like static force, P is like a tension of the wire.

And so then we can actually integrate this expression by parts.

And so, as you can imagine, that reduces the number of derivatives on w by 1,

so you have eta j times P, dw dx integrated from 0 to l.

And then we also are left with two terms.

So you have eta j times q, and then minus the first derivative

of eta j with respect to x times P times first derivative of w with respect to x.

And so we can actually probably assume that the boundary terms will vanish.

Like if our fingers basically have no application on the edges, so

we don't put our fingers on the edge, then that's pretty easy to achieve that.

And then we can substitute a linear basis for w.

So you can just write w as the sum of wis.

So then that leaves us basically with this second term up here,

since this first term vanished.

And then we have for this term,

we actually have something that looks like this, where the first derivative

in w becomes like a first derivative in ni, and wi is just a constant, right?

And so, we can actually re-write this whole thing as basically

this first term as being b, and then this set of terms here is being k ji for

example, because there's a eta j here, there's eta j here.

So you can write it as kji times wi.

And so of course you know in Einstein's notation,

if you repeat a index, then that's like a summation.

So you can actually think of that also as a matrix multiplication.

And so then we can write b is a common factor, and then k is a square matrix or

rectangular matrix, and then w is again, a common vector, right?

So, of course eta j and wi have different coefficients, but

the k is basically allowing us to match up one to one, all of the terms.

And so, of course, like I said before, if you have more fingers,

so basically more js, then that's going to give us a better solution.

But we basically now have everything like we're in a linear algebra type form.

And so when we apply the solution with a very coarse grid, okay?

We actually can already calculate the analytical solution,

this has been known for a long time, so I'm not going to belabor the point.

You can look it up in Peter Crystal's book if you don't know what it is.

But it basically gives us something like this where there are assumptions, and

that's the red curve.

The numerical soluton with the very course grid looks something like this.

And so you can see at the key points, it actually matches quite closely.

Although it doesn't match everywhere.

Now if we want to improve this solution, of course, we can refine the match.

And it'll match at all those key points, which is analogous

to using more fingers to basically force it onto the analytical solution.

So if we want to do solution in dynamic equilibrium,

then of course it becomes a little trickier,

because now we have to track the second derivative in time as well.

And so then we can actually redo the whole calculation that I showed earlier.

I'm not going to go through all the details because it's very similar.

But we actually just get an extra mass matrix m times the second derivative of w,

which kind of makes sense if you think of a harmonic oscillator.

And so if we assume that there's no harmonic restoring force, then we can

actually assume that we have something like Kw plus Mw double dot is equal to 0.

Right, so we basically have dropped the b term, and

then we could assume that we have harmonic solutions, because this is basically like

a glorified harmonic oscillator equation, right?

And so then that gives us w is phi times u to the i omega t,

and then the w double dot gives us a factor minus omega squared.

And so then that comes out in front, and

so you've got K phi minus omega squared times M phi equals 0.

So we basically got the harmonic oscillator type solution for this problem.

And then you can see actually that the error of this kind of approach, which is

more general than what we've done before and thus assumes and subsumes the previous

calculation as well, actually reduces very rapidly with the number of elements.

Before, the graph that I showed you, which did have, of course,

a significant error, was at a very small number of elements, but

as we increase the number of elements to maybe 50 or 100,

then you can see that the errors become very, very small as well.

So this shows that the approach systematically converges where all

the frequencies of interest to accurate values.

In the next lecture, we'll talk in more detail about some applications for

finding the element method in the context of optics.

For more infomation >> nanoHUB-U Nanophotonic Modeling L4.8: Galerkin Method for Finite Element Problems - Duration: 9:13.

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3 Hard-to-Kill Plants for Beginning Gardeners - HGTV - Duration: 1:35.

[music playing]

BROOK KLAUSING: Hey, everybody.

Brook Klausing, back.

Every time I go to a dinner party or anywhere

and I tell people what I do for my job-- I say,

oh, I'm a landscape designer-- for some reason, everybody

seems to tell me the same thing. (IN FALSETTO)

I can't keep plants alive.

I kill everything.

So let me introduce you to a couple plants

that might stop this conversation

from happening again next time.

[music playing]

Ajuga.

One of my favorites.

For the most part, it's aggressive.

It's often called bungleweed.

Great for shady places, semi-sun, back and forth.

Yucca.

Commonly seen in deserts or hotter

temperatures, which is nice, because you

don't have water it a lot.

Can anybody say Pinterest?

Succulents.

They're cute, right?

They look so good next to a cappuccino

with a white background.

Why?

Because they don't die.

Commercial spaces love them-- restaurants, fashion.

Just sit that on your windowsill.

It looks great.

You can neglect it all you want, and it's still

very, very, very photogenic.

Hopefully I've been able to give a few good tips.

If you don't have a very green thumb,

next time you're shopping for plants,

think of some of these as options to go to

before you buy.

For more infomation >> 3 Hard-to-Kill Plants for Beginning Gardeners - HGTV - Duration: 1:35.

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Fruity Ice Pops You Can Eat for Breakfast | Food Network - Duration: 1:45.

Hi, guys. I'm Vivian.

And I'm from Food Network Kitchen.

And today, I'm going to teach you

how to make a breakfast strawberry chia pop,

if I can ever get it out of the mold.

So first, you want to mix a can of evaporated milk, lime juice.

Rolling it helps to get all the juices going.

My neat little trick is to use it

in between tongs, because I'm not that strong, surprise.

And you squeeze it.

Then you mix in the honey.

And then, last but not least, you're

going to put in chia seeds.

You're going to stir this.

And you're going to let it get all plump and squishy.

And that's going to take about two hours.

So it's been two hours.

And all the chia seeds are nice and plump right now.

I stirred it halfway, so it didn't become this

ginormous gloop on the bottom.

And then what we're going to do now

is stir in some strawberries, get molds, take out the sticks.

All righty.

And you're going to pour it in up to the fill line,

put the little sticks back in.

And you're going to pop these in the freezer

and go to bed, because you're going to have

breakfast in the morning.

So good morning.

Our breakfast popsicles are all ready.

I ran them under a little hot water,

so you can just get yank them out.

Ta-da!

And they're only 120 calories.

And I have breakfast for a week.

So have a good day.

Bye.

For more infomation >> Fruity Ice Pops You Can Eat for Breakfast | Food Network - Duration: 1:45.

-------------------------------------------

Special treatment for special kids - Duration: 2:36.

"Music"

Dentists don't normally make house calls,

but these patients are special.

Students from the University of Illinois at Chicago

College of Dentistry travel a

short distance to Easter Seals

metropolitan Chicago to provide oral

health and nutritional information to

students with autism. When UIC dental

students were approached about

participating in this new program, 25

eagerly accepted the challenge to help

those kids who may never have visited dentists before.

The students were

actually excited -- I was worried that they

were going to be a little bit more

intimidated by -- by the behavior of the

children here, but they wanted more --

they kept asking when can they come back,

and that's wonderful to see because if

they are open to it and they are -- they are

going to get some exposure to it, the

chances are pretty good that they are going

to be carrying on that experience down

when after they graduate.

Our job is to you know provide the best oral health

care we can -- preventive or even if it's

just restorative work or you know trying

to help them just be a healthy

individual in general. So, I think I mean

it is different in terms of patient

management and that, but I think it's

about the same -- the skills I learned with

you know this population is the same I

do with any other patient.

So, working here requires some creative treatment

modalities -- you know you're going to need

to redo some of the cleanings and the

fluoride treatments -- sometimes in the

chair, sometimes in the corner, sometimes

in the hallway. This requires everybody

to be creative and flexible and also

work together as a team, given that

there's absolutely no set in stone game

plan for each student.

Some of them have been to the dentist before but, it may

just be for a really brief cleaning and

so they're able to do some more

elaborate cleanings here, or put seals

on -- do some more preventative measures

with the supports that we have here.

Some of them had never been to the dentist

before, so this was their first experience.

And, for some of our students

the success is getting them to sit in the

chair or say hi to a dentist, be friendly.

I'm really hoping that we can continue

with the program. You know, we've got some

good positive parent feedback.

It's so beneficial to our students -- we

have some students who because of the

pain, that can be in from their teeth, can

have increased behaviors and so, being

able to support them in this way and

help them have clean and healthy teeth,

then can help them be more successful every day.

For more infomation >> Special treatment for special kids - Duration: 2:36.

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SCIENTISTS JUST OBSERVED EPIGENETIC MEMORIES BEING PASSED DOWN FOR 14 GENERATIONS - Duration: 11:57.

SCIENTISTS

JUST OBSERVED EPIGENETIC MEMORIES BEING PASSED DOWN FOR 14 GENERATIONS

BY KALEE BROWNMAY

Scientists have made some incredible new discoveries on how our minds can literally affect our

biology, especially through the study of epigenetics, the brach of science that looks at how inherited

changes of phenotype (appearance) or gene expression are caused by mechanisms other

than changes in the underlying DNA sequence.

Instead of looking at DNA as the only factor controlling our biology, scientists are also

looking at what�s actually controlling the DNA, which includes our thoughts.

We receive genetic instructions from our DNA, passed down through generations, but the environment

we live in can also make genetic changes.

One of the more recent studies that explored this concept was conducted by a team led by

scientists from the European Molecular Biology Organization (EMBO) in Spain.

Scientists Prove How Far Environmental Genetic Changes Can Be Passed Down Through Generations

To figure out how long the environment can leave a mark on genetic expression, the scientists

used genetically engineered nematode worms that carry a transgene fluorescent protein,

allowing the worms to glow under ultraviolet light.

They then put the worms in different temperature-controlled containers to observe how the heat and the

cold affected their ability to glow.

When the worms were in the colder containers (20� Celsius), the transgene showed low

activity and therefore the worms could barely glow.

However, when they put the worms in a warmer container (25� Celsius), the transgene became

much more active, evinced by the worms� bright glow.

To test the worms even further, the scientists took the warm, glowing worms and put them

back in the cold containers.

To their surprise, the worms continued to glow, which to the scientists meant that they

retained an �environmental memory� of the warmer temperature, allowing the transgene

to remain active.

When the worms had offspring, that memory was actually passed on to their children for

seven generations, allowing them to glow brightly despite never having experienced a warmer

climate.

To further test their epigenetic capabilities, the scientists kept five generations in a

warmer climate of 25� Celsius and then separated their offspring from them, putting them in

colder temperatures.

However, the worms still continued to have the highly active transgene for 14 generations.

This study marks the longest scientists have ever witnessed the passing-down of an environmentally

induced genetic change.

�Worms are very short-lived, so perhaps they are transmitting memories of past conditions

to help their descendants predict what their environment might be like in the future,�

explained co-researcher Tanya Vavouri from the Josep Carreras Leukaemia Research Institute

in Spain.

This study was performed fairly quickly, as the 14 generations studied only took about

50 days to develop; however, this still brings us one step closer to understanding how environmental

genetic change is passed down in other species, including humans.

Other Research Performed on Epigenetics

More research has shown how our environment can affect the development of our children,

our grandchildren, and so on.

For example, Rachel Yehuda, an epigenetics researcher with a special interest in the

intergenerational effects of trauma, and her colleagues studied the effects of trauma survivors

and their offspring.

Their findings showed that the descendants of Holocaust survivors have different stress

hormone profiles than the average human being.

Similar to their parents, the offspring were found to have low levels of cortisol, the

hormone that helps your body recover after trauma, especially if their mothers had PTSD.

However, unlike their parents, the offspring were found to have higher than average levels

of the cortisol-busting enzyme, which the researchers predicted developed in-utero.

This is because the enzyme is typically present in increased levels in the placenta to protect

the fetus from the mother�s circulating cortisol.

If the Holocaust survivors had low levels of this enzyme in the placenta during pregnancy,

the fetus could be exposed to more cortisol, and therefore develop greater amounts of the

enzyme to protect itself.

Another prominent researcher in the field of epigenetics is cellular biologist Dr. Bruce

Lipton, who has shown how our emotions and overall health can regulate genetic expression.

�Medicine does miracles,� Dr. Lipton said, �but it�s limited to trauma.

The AMA protocol is to regard our physical body like a machine, in the same way that

an auto mechanic regards a car.

When the parts break, you replace them�a transplant, synthetic joints, and so on�and

those are medical miracles.�

�The problem is that while they have an understanding that the mechanism isn�t working,

they�re blaming the vehicle for what went wrong.

They believe that the vehicle, in this case our bodies, is controlled by genes, � he

continues.

�But guess what?

They don�t take into consideration that there�s actually a driver in that car.

The new science, epigenetics, reveals that the vehicles�or the genes�aren�t responsible

for the breakdown.

It�s the driver.�

In other words, our minds and our lifestyles are in charge of our health.

This can even be applied to many diseases, including cancer.

�It used to be that we thought a mutant gene caused cancer,� Dr. Lipton explained,

�but with epigenetics, all of that has changed.�

�I placed one stem cell into a culture dish, and it divided every ten hours.

After two weeks, there were thousands of cells in the dish, and they were all genetically

identical, having been derived from the same parent cell.

I divided the cell population and inoculated them in three different culture dishes.�

�Next, I manipulated the culture medium�the cell�s equivalent of the environment�in

each dish.

In one dish, the cells became bone, in another, muscle, and in the last dish, fat.

This demonstrated that the genes didn�t determine the fate of the cells because they

all had the exact same genes.

The environment determined the fate of the cells, not the genetic pattern.

So if cells are in a healthy environment, they are healthy.

If they�re in an unhealthy environment, they get sick.�

The way we look at cancer is changing radically, as it�s clear the mind and our emotions

play a role in causing, and in some cases, treating it.

Louise Hay is a well-known author who discusses the emotional causes of cancer in her book

You Can Heal Your Life.

A cancer survivor herself, she cured her disease in only six months using a combination of

affirmations, visualization, nutritional cleansing, and psychotherapy.

According to Hay, cancer is simply the manifestation of deep hurt, secrets, longstanding resentment,

grief, and/or hatred.

Furthermore, Dr. Lipton actually explains the relationship your mind has to the health

of your cells, which relates to cancer:

Here�s the connection: With fifty trillion cells in your body, the human body is the

equivalent of a skin-covered petri dish.

Moving your body from one environment to another alters the composition of the �culture medium,�

the blood.

The chemistry of the body�s culture medium determines the nature of the cell�s environment

within you.

The blood�s chemistry is largely impacted by the chemicals emitted from your brain.

Brain chemistry adjusts the composition of the blood based upon your perceptions of life.

So this means that your perception of any given thing, at any given moment, can influence

the brain chemistry, which, in turn, affects the environment where your cells reside and

controls their fate.

In other words, your thoughts and perceptions have a direct and overwhelmingly significant

effect on cells.

This may not come as a shock to you, as the relationship between the mind and cellular

health has been studied before.

The molecular signature of meditators has been proven to be significantly different

from those who don�t meditate on a regular basis.

A study performed at the Chopra Center for Wellbeing compared a group of meditators to

a group of non-meditators and found that meditating can have long-term benefits, including improved

mental and cellular health.

You can read more about this in another CE article here.

As a result, meditation, the practice of silencing the mind and looking within, can potentially

decrease your risk of cancer.

Another study showed that meditation can protect and lengthen telomeres, which are located

on the ends of chromosomes.

If your chromosomes are healthy, your cells are healthy as well.

Cancer involves abnormal cell growth, so the healthier your cells, the healthier your body.

It�s clear that the mind can have a strong impact on the human body, though we�re still

discovering just how much of an impact it can have on our biology.

The great news is that epigenetics is furthering our understanding of the mind�s relationship

to the body and how our health could affect future generations.

Through experience, the continuous pursuit of knowledge, and raising consciousness, we

will gain a better understanding of how our bodies work!

For more infomation >> SCIENTISTS JUST OBSERVED EPIGENETIC MEMORIES BEING PASSED DOWN FOR 14 GENERATIONS - Duration: 11:57.

-------------------------------------------

nanoHUB-U Nanophotonic Modeling L4.15: FAESOR: A MATLAB Toolbox for FEM Modeling - Duration: 6:31.

[Slide 1] Hey everyone.

Welcome to Lecture 4.15.

So, in the last lecture we just explained the basic physics of thermal transport and

then we actually mentioned the specific connection with optics.

Which is that we can use absorptivity to calculate MS70,

which tells us about radiative thermal transfer and

we said that in some regimes that's the most important thing.

But first, we're going to actually look at convection and conduction because we said

in a lot of typical situations, just in the households and

so on,then actually those are the dominant heat transfer mechanisms.

[Slide 2] So we need to have those first before we go to radiative heat transfer.

And so if you recall, we'd actually shown that you can combine conduction and

convection into a bunch of linear algebra problems.

And if we write down the matrices in kind of a very simple form,

then you can actually write it like this.

And so this is very similar to what we had previously.

And so you have basically this C matrix

which is a surface integral of these basis functions.

Which are of course dependent on your choice of finite element grid and so

on, times the first derivative in time of temperature.

And then you have these K and H components.

K we'd already talked about.

And then this was directly derived from conduction.

And then there could also be convective term each.

So this is basically being added to this K for conduction.

And then this Li is a bunch of boundary conditions where basically

the volumetric generation of heat,

or dissipation of heat, plus the convection on that surface.

And if you want to go through this in a lot more detail,

then please look at Peter Crystal's book on the topic,

which is freely available online, in chapter six especially.

[Slide 3] And you can go here to download the book.

You can download the code right here, and he also has a course webpage,

you can download some of that information as well.

[Slide 4] So, just to briefly explain how this works.

So this is a MATLAB Toolbox, so this assumes you have MATLAB generally.

But of course, if you don't and

you decide not to purchase it, then you could also use Octave.

And Octave of course is a freely available clone of MATLAB and

has many of the same functionalities.

So in any case, but from now on, I'll just assume you're using MATLAB.

So if we perform a 1D Meshing routine in this sort of tool box,

then you can actually see that the approach is fairly straight forward.

So you would have to have some sort of strategy about the dimensionality

of the system in order to create nodes and then make connections between the nodes.

And of course, when you create the mesh,

usually the goal is to have a relatively sparse matrix here.

In this case, it's just a 1D problem.

And so you're just spacing them out, more or less evenly.

Okay, so you can see x is just increasing lineraly over space.

And then you actually create like a bunch of the connections and

then you can see here this is just saying like nearest neighbor connections.

So this is good because it's going to be much easier to solve and

invert these kind of problems with very sparse matrices then if the matrix

was densely populated and everything was connected directly to everything else.

So once you have this sort of mesh set up,

then you can create a finite element block.

And then this finite element block is basically

setting up your structure for various types of solutions.

And so in this case we would pick the kind of problem that we had like a while ago,

which was related to the mechanical problem where you have a kite string.

There's some sort of tension and there's gravity on the string, and

then you're trying to look at the dynamics of the string,

if it's a time-independent or the static equilibrium of the string.

If it's not vibrating, if it's just in steady state.

And then you have to define the integration rule that you're using

to solve it.

And then you create basically a field with the structure of the geometry.

And here the dimensionality is specified so that's also very important.

And then once you create this geometry, then you would create a W, which

was like your solution for the system as well, using this clone command here.

[Slide 5] And so once you have that basic set up, like kind of the corner of the problem,

then you have to apply the boundary conditions correctly to the problem.

And so this is actually showing how you can create these.

Here basically we're just specifying like a prescribed value of 1.

Add some position and then a value of 0 at the other side.

And so this is setting the boundary conditions explicitly, the set ebc and

apply ebc terms.

And then W is now just

generating the equations that are associated with those boundary conditions.

And then you have to assemble all these equations from kind of the core and

the boundary conditions together.

And so this creates a dense system matrix.

Of course this is the most general approach, but for

higher performance you would probably want to use a sparse matrix if possible.

Here you are assembling the elements of the stiffness matrix together.

Here you're actually loading the structure.

And then you're starting the equation to basically iterate over time.

And then you're assembling the body loads.

And then you're calculating the solution matrix.

So that's basically how it works.

So of course, that was a whirlwind tour.

But although applied in this particular example to a mechanical system, just

because it's very simple, could also apply to thermal models and many other models.

And so in the next lecture we'll talk more about what kind of solutions can

you get from this sort of approach.

For more infomation >> nanoHUB-U Nanophotonic Modeling L4.15: FAESOR: A MATLAB Toolbox for FEM Modeling - Duration: 6:31.

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raymang dances - Duration: 2:33.

*Sigh* Well, it's finally the summer break...

yet I've not a thing to do...

At least before all of this I had some cool hallucinatory friends...

Now what have I got?

Tell you what I got, a whole bunch of video games,

I can't even play them.

Man I used to... really love these Rayman games.

It's too bad I can't actually, you know...

play them.

HE wouldn't like it...

Omg take better care of your games wtf?

*Sigh*

Dear Lord look at Woody's face omfg

(Unknown voice): Lemme ask you something...

*adorableness intensifies*

I thought we were done with this...?

Noooo!

What is the matter with you?!

Great, so now you're insulting me...

I thought we were done with this nonsense...

W- wait!

You're the only friend I have...

*A WONDERFUL BOING EFFECT*

I am so miserable...

I guess I should-

DIE!

HUH?!

I always thought by this point in my life

I'D be an

E R O T I C B A N A N A ! ! ? ? ?

but here I am 'nerding' it up with-

*infinite inhalation*

BUREAUCRACY!

Maybe I should CONTAIN my

N U T S

and have... fun!

Ha ha ha ha ha!

REMAINING SUBTITLES COMING SOON

For more infomation >> raymang dances - Duration: 2:33.

-------------------------------------------

Marriage - Together For Life Part - Doug Batchelor - Duration: 28:42.

I don't know about you,

but I find music to be one of the most

fascinating means of communication on our planet.

Music has the ability to transcend language,

culture and geographic barriers

to lift or lower one's emotional state,

to insight peace or even provoke riot.

Simply put,

it is an amazing form of communicating a message,

thought, or emotion.

Instrumental music ranging from

classical to techno music has no borders

in terms of communicating

whatever it set out to communicate

as anyone with hearing is going to assimilate

the message from it.

But even in the case of music sung in another language

such as Andrea Bocelli singing an Aria in Latin

or Celine Dion with her soaring ballet in French,

or Ricky Martin with the driving hit in Spanish.

We know that music transcends language

and then to contemplate the power

and emotion found in voices sung in harmony,

especially a beautiful duet by a male and female

as they soar in and out of each other's parts,

sometimes harmonizing,

other times soloing for a moment.

Who can remain emotionless

as they sit and listen to Josh Groban

and Celine Dion's duet of the song,

The Prayer.

But then there is the other side of the coin.

How wonderful is it

when you hear some well meaning vocalist pair

sing the same beautiful song

but who can't hold the tune if their lives depended on it.

I would dare say that with the same power that

Groban and Dion can alleviate one's emotions

through their powerful delivery,

so can the same song deflate and disgust if sung off pitch.

It's interesting to consider that

music is somewhat like a marriage in that

when harmony is to be found between two people,

powering influence is the result

both within and without the marriage.

On the other hand if discord is to be found,

there is nothing more awful

and debilitating for everyone involved.

Without expounding anymore on that metaphor,

let's listen in as speaker Doug Batchelor talks to us

about the power or discord

that comes out of either a great or a bad marriage.

Our message for today,

and it's going to be maybe a two or three-part message,

is going to be called Together for Life,

Together for Life: Bible keys for a happy marriage.

In our world today, divorce is epidemic.

You've probably heard the statistics that

somewhere between 40 and 50% of marriages end in divorce.

The reason those statistics are so sloppy is because

so many people live today,

without even the benefit of marriage,

it's hard to really measure it.

I believe it was someone thinks maybe,

''Well, maybe the second marriage will be better."

Sixty percent of second marriages

end in divorce

and it's even worse for third marriages.

Paige Patterson,

who was the president of the Baptist theological seminary

in Fort Worth,

citing the demise of 21 of the world's great civilizations.

Actually, the historian

who wrote about this was an atheist,

but he said that he discovered that

among the 21 of the world's greatest civilizations,

part of their breakdown was the breakdown of the home.

Adding to that, he said,

''America could be living out its final chapters

in the annals of history unless the biblical model

for the family is restored.''

James Dobson said in May of this year,

''I do not recall a time

when the institutions of marriage

and the family have faced such peril

or when the forces arrayed against them

were more formidable or determined.

Barring a miracle,

the family that has existed

since antiquity will likely crumble foreshadowing

the fall of western civilization itself.

And many are wondering

if what happened with the Supreme Court

at that recent ruling on marriage

was driving a silver spike

in the heart of American marriage altogether.

Now I don't want to dwell too much about this,

but it's something that

we probably are going to have to talk about.

What are the main reasons that divorce happens?

I'm just going to give you 24 of the top reasons

that are listed when people cite

the reasons for divorce.

Financial problems, you know, a lot of people, they think,

''Well, before we get married,

we should live together so we get to know each other

to find out if we're compatible.''

Have you heard that one before?

"You guys aren't married, why are you living together?"

"Well, we're just, we want to make sure

we're compatible before we,

you know, make it official and..."

And I heard a pastor say,

"If you want to find out if you're compatible,

you don't need to share a bed, share a checkbook."

Because the number one reason that people get divorced

is not because they are sexually incompatible,

it's they're financially incompatible.

Financial problems, number one.

Inability to manage or resolve conflict.

Infidelity.

Cultural and lifestyle differences.

Now that sometimes is bigger than you think.

People, you know, when they grow up

in a whole different culture

with different expectations and different patterns

and traditions that can seem so bizarre to people

from a different culture.

A lack of commitment is put down.

Lack of communication between spouses.

Abandonment.

Alcohol or drug addiction.

Physical abuse. Emotional abuse.

Personality differences or irreconcilable differences,

have you heard that before?

Differences in personal or career goals.

Different expectations about household tasks.

They divorced because she thought

he was going to do it

and he thought she was going to do it.

Different expectations about having or rearing children.

That's a big one.

Interference from parents or in-laws.

Lack of maturity is listed as a difference.

Intellectual incompatibility.

Sometimes just the educational level

can become a problem.

Sexual incompatibility is listed,

but it's pretty far down the list.

Not allowing room for personal growth.

Falling out of love.

Religious conversion or religious beliefs,

I've seen that become a serious issue.

Mental instability or mental illness.

Criminal behavior and incarceration for crime.

It's very hard on marriages when one spouse is incarcerated

for a long period of time.

Inability to deal with each others'

petty idiosyncrasies.

Now, you might find that

some of these are issues in your marriages,

those of you who are married here,

but none of them needs to be the reason for divorce.

And I'm going to go through a list of maybe

18 different subjects that are Bible secrets.

And if we understand these things,

they can really contribute to healing a marriage

and making a good marriage better

if we follow these principles.

First of all, number 1:

Remember that marriage is a divine covenant.

We are saved.

You're in church today

because ostensibly you want to be

or are a Christian and we are saved

based on a covenant,

a promise that God has made to us.

He gave His Son to save us

and we by faith accept His Word and we make a pledge

that we're going to commit our lives to Him.

A covenant is made, covenants,

agreements, promises, very important.

Marriage is among the most important covenants

or promises that are made.

You're making vows in the presence of God

and other witnesses.

It's a covenant that's not only something that is done

before you and God.

It's something that is done socially.

It's a commitment,

a covenant that makes for one thing,

it is saying publicly,

we are officially committing ourselves to each other.

She is off the market for anyone else

that might be interested.

She's saying, he is off the market.

We are a new family unit that is to be guarded

and respected by the culture and society.

It is a public commitment.

And it used to be that the reason

the government was involved is

because there was off spring

that was the product of those unions,

and if one of the spouses died or both spouses died,

they needed to determine how to deal with the children.

And then sometimes the government

would have to step in to care for those things,

and there were laws involved.

But it does matter that you are legally married.

Is it required that you are married in a church?

No, it doesn't say so in the Bible,

but I think if you're a Christian,

you would want it to be a religious service

because it's a covenant in the presence of God

and you want to commit your lives to God.

Jesus said, Matthew 19:5,

"For this cause a man will leave

his father and his mother

and cleave unto his wife,

wherefore they are no more two but one flesh.

Wherefore what God has joined together,

let not man put asunder."

The disciples came to Jesus and they said,

"Well Moses, he gave us a law about divorce

and how we accomplish a divorce

and you're teaching something different."

And Jesus said,

"Yes, because of the hardness of your hearts

Moses made those laws."

They actually had a law that, by the time of Christ,

a man could divorce his wife if she burned his food.

I mean, they kept expanding

what the excuses for divorce were

because of the hardness of hearts.

And God says, "I hate divorce."

And that translates about the same

in any version of the Bible that you have.

Now I know that a lot of people here are affected by this

and I need to let you know there are times

when, biblically, it is appropriate to divorce.

As much as God hates divorce

it was God who told Abraham to divorce,

put away Hagar.

Of course, he had one wife too many at the time

and he had to deal with that.

But look at all the heartache that it brought.

It's dangerous to go into marriage thinking

that divorce is an option

because if you in the back of your mind even think it,

then you can end up having problems.

Some people look at divorce as an escape hatch.

I'd like to recommend, if you're a Christian,

shut the hatch, weld it, lock it,

throw away the key.

Amen.

As soon as you know it's not an option

and you realize that you're on a deserted island

with this person called your husband or your wife,

you've got to get along.

Then you start doing your best to make the best of it.

Now, again, I recognize there are some,

even biblical grounds for divorce.

Do you know what they are?

There are two reasons

that are really given in the Bible

when it's appropriate to divorce,

and not just divorce, because you can separate,

you know, if there's abuse in the marriage

you should separate.

But to divorce,

often people are thinking

divorce is designed to put them back on the market

so they can remarry.

One is for the cause of fornication,

Jesus said.

If one spouse or the other violates those sacred vows

and commits that intimate act with another person,

they biblically have grounds, they have broken the covenant,

they have grounds to divorce and then to remarry.

It doesn't mean they have to.

Nowhere is Jesus saying that you have to divorce.

Reconciliation is always much better.

And let me ask you,

does the Bible sometimes use the expression

that the Lord is our husband, the church is the bride?

Does God say that sometimes His people,

whether it was Israel or the church,

has played the harlot and committed adultery?

Does the Lord forgive, read the Book of Hosea,

and take her back?

If there has been infidelity,

it doesn't mean you have to get divorced.

And I told you there were two reasons.

In 1 Corinthians 7, another example is given.

And Paul is talking to pagans,

there were people out there

that worshiped the Greco-Roman array of gods,

and one of them accepts Jesus,

lets suppose the wife then accepts Jesus.

And the husband says, I didn't sign up for this.

I don't want to be a Christian.

I don't want to follow your laws.

I'm leaving.

If that husband abandons the wife

because she has accepted Jesus,

they both got married as pagans,

then, Paul says, she is free in that regard,

let him depart.

But he says, "If your husband is willing to stay married,

stay married that the husband might be converted

by the behavior and conversation of the wife,

or vice versa.

But that was sort of a second clause

where Paul said, in the event that

you've got two pagans that one of them converts

and the pagan spouse says, ''Well, I'm leaving."

Does that mean, now

the person who's newly converted can never remarry?

No, Paul says they are not under bondage in such cases.

So I just want to make sure that

people understand that was a specific scenario

that Paul is talking about there.

So marriage has to be a covenant

where you stick with the person,

in sickness and in health.

I remember hearing about this lady

that was at her husband's bedside in the hospital

as he was kind of slipping in and out of a coma

during what was to be his final illness.

And during one of his lucid moments

she was at his side and he said,

"Honey," she drew close when he was talking,

he said, "I remember, you've always been at my side."

And he said, "When I lost my job,

you were there.

When the business failed, there you were."

He said, "When I broke my leg, you were there."

He said, "When I got sick, you were there."

He said, "You know, dear, I just wanted to tell you,

I realized something."

She drew close and her eyes were all misty.

He said, "I think you're bad luck."

Oh! That's so bad!

Oh come on. The guys think it's funny.

Now that was just the first point,

it's a covenant.

Point number 2: establish your own private home.

I'll read it to you again, Genesis 2:24,

"Therefore a man will leave

his father and mother and cleave..."

It's called leave and cleave, and that word, cleave,

it actually does come from that,

an ancient Jewish word

where they made glue out of horse hooves

or sheep hooves and it was glue,

it means to be attached.

It says you're to leave,

it's important to establish your own home.

If you have too much of the in-laws

and the out-laws all there

when you're trying to establish your family,

first couple of years are tough

and you need to have some privacy

because you're taking your whole scenario

of what life's about and all your experiences

and your expectations

and you're bringing them to the marriage

and then your wife is taking her experience

and bringing it to the marriage,

and Karen and I knew we were going to have some challenges

because Karen went to the same school 12 years

and then went to Christian college.

I went to 14 different schools.

She grew up in a Christian family.

I grew up in a pagan family.

And, just the way you think and you communicate

and your expectations,

we knew there were going to be differences.

And it's important that

you're able to bring those things together

so that you can coalesce your lives

without outside interference,

and if there are third and fourth parties in the home,

and I realize,

sometimes in some cultures it becomes,

it can become difficult, but God said,

"A man shall leave his father and mother

and cleave unto his wife."

The other thing is,

if a man has his father and mother living in the house,

he's always comparing his mother's cooking

to his wife's cooking

and that may not be good for his relationship

with one or the other.

Establish your own home.

Don't let third parties come between.

Spouse should be the best friend.

Point number 3 in a marriage, it says,

"Above all things,

continue your courtship."

What brought you together

in the first place needs to go on.

1 Peter 4:8, "Above all things

be unfailing in your love for one another

since love covers a multitude of sin."

You know where Jesus says in Revelation,

"Nevertheless I have this against you,"

because what?

"You've lost your first love."

And how many times have people thought,

"What in the world was I thinking.

I love this person.

Where'd that love go? We fell out of love.

We drifted apart."

Well, the things that brought together

in the first place must be continually nurtured

and fed and encouraged and revived.

Someone said, "Marriage is like running a farm,

you've got to start over every day."

And you don't really get a day off.

Every day there needs to be things

that nurture that first love.

Proverbs 31:28, "Her husband praises her."

You notice that's an ongoing verb?

You continue to encourage and to praise.

We need those things. We appreciate it.

1 Corinthians 7:34,

"She that is married cares

how she may please her husband."

And so it's an ongoing concern, praise,

caring about pleasing this person.

When you start taking the person for granted,

then you have a lot of problems.

You need to show affection and it,

it needs to be conscious.

You might say, "Well, but I don't feel love."

Do it anyway and you'll be surprised,

you might start feeling the love again.

"Do the first works," Jesus said,

"Remember from where you have fallen.

Repent and do the first works."

Romans 12:10,

"Be kindly affectionate to one another in honor,

preferring one another."

Billy Sunday said, "Try praising your wife,

even if it does frighten her at first."

And you've heard the expression before,

"Treat her like a queen

and she will treat you like a king."

And sometimes you will get, from the other person,

what you've always been wanting to get,

when you treat them the way

that they're longing to be treated.

And so it's through

the cooperative nurturing of each other

in the relationship.

Don't overlook the little courtesies,

encouragements, and affectionate acts.

Don't take each other for granted.

What you did when you courted each other,

the excitement, the love,

you need to have date nights

where you go out and you do things together.

And then, maybe I'll pause with this thought after,

I'll do point number 4

and we'll take it up when we begin next time.

Guard your thoughts.

Don't let your senses trap you.

Now you'd be surprised

how many marriages are destroyed

because of bad thinking.

Proverbs 23:7,

"For as he thinks in his heart, so is he."

A lot of adulteries begin with thoughts.

You know one of the number one things

that contributes to divorce may not be the act of adultery

but it's mental adultery that's happening

either through pornography on the internet

or soap operas on television.

And I'm not saying

they're exactly the same thing but,

you know, when every day

wife or a husband, it's not typically the husband,

is watching other people,

vicariously, having affairs,

then you're rejoicing in those that do it.

It's something that's happening in the thinking

and what's happening is

people looking at these unreal images on the internet,

on TV, on their computer,

or television programs

that are giving a counterfeit Hollywood version of

what marriage is supposed to be and totally unrealistic,

sappy love stories that are so farfetched

from any real life that people can start

to be dissatisfied and think,

yeah, they got some debonair actor that's just,

he's the most thoughtful guy in the world

and he's doing all these things,

he's so romantic

and he's got lots of money and fancy cars

and he always looks buff and working out

and he's just, every hair's in place and...

How can you compete with that?

And then she, you know, then you come home from work

and she looks at you and goes,

"Oh, brother, he doesn't look anything like that guy."

And so, in the mind, guys are looking at these girls

that have got these perfect bodies,

airbrushed, photoshopped,

and then they see, you know,

a couple of wrinkles and a little cellulite

and they start thinking,

and things start happening in the mind.

Now we're kind of laughing because we know it's true,

but television has contributed

a great deal to destroying marriages.

Turn off the TV.

In an article by Dr. Armand Nicholi,

who is a psychiatrist and a medical doctor

in the facility of Harvard Medical School,

he said, "Another trend that is going to destroy the family

as we know it and cause emotional cripples,

is the invasion of television into the home."

One-fifth of the lifetime, in the next generation,

will be spent watching television.

If you live to be 80 years of age,

which is your average,

you'll have watched television a total of 4,000 days,

creating a tremendous impact.

And since we know that television is part of a system

that tears down the family.

You'll have a total of 4,000 days

of anti-family programming on one level or another.

And so, everything from what we read to what we watch

and what's on the internet, it is affecting the thinking

and people bring these unrealistic expectations

into real marriages.

They bring these unrealistic images into real marriages

and they are dissatisfied.

And then the thoughts come into the mind

and they start having second thoughts,

and they start having doubts,

and they have unrealistic expectations

and the impurity in the mind.

Keep your mind, keep your heart,

let the Bible, and the Word of God,

and the things of God be the catalyst for your family

and you'll find that that love

and appreciation for that person

that God has for you, that you are,

you've become one with through marriage,

will be restored and revived.

A couple was,

they were having daily bickering,

arguments, often over little things.

They realized that every day they were at each other.

And the wife came up with an idea.

She said, "Look, you know, this is silly.

It's immature.

If we have differences,

if there's things we want to communicate,

let's give each other a break.

If there's something I'm doing that's bothering you,

write it out on a slip of paper.

Put it in this box here on the kitchen counter.

If I've got something, I'll write it down,

I'll put it in the kitchen counter.

At the end of the month, then we'll talk through it.

We'll have one big argument and get it over with."

So he said, "Okay, dear."

So each day she'd make an observation,

she'd write it down,

she'd put it in the box and wouldn't say anything.

He'd write something down,

he'd put it in the box and wouldn't say anything.

This went on for 30 days.

At the end of 30 days she said, "Okay, let's sit down.

Let's open the box."

She took out the box

and she pulled out her pink papers.

It said, "Leaving the lid off the jelly jar again.

Dirty socks on the floor."

And she just was going through her litany

of just all these things and finally she said,

"Okay, you can read your blue ones now."

He said, "I love you. I love you.

I love you."

And she began to feel little bad.

The things, by the way,

that story can be told either way.

Love covers a multitude of sin.

You know, we naturally are not lovable.

God didn't die for us because we're lovable.

It's easy to love the lovable.

While we were yet sinners,

Christ loved us and died for us.

Amen.

And if the Lord can love us

and the love of Christ can be shed abroad in our hearts,

you know what one,

what's the great commandment in the law?

"Love the Lord with all your heart and love,"

what? Love who?

"Your neighbor."

Who's a closer neighbor than your spouse?

It's interesting, the Bible says

you need to love your neighbor.

It says you need to love your enemy.

Someone brought out it's often

because your neighbor becomes your enemy.

And if we can't love our spouses,

how are we going to love our enemies?

How are we going to love our neighbors?

That's where it starts.

And it's a choice that needs to be made.

Now there's a rule in life,

it says there's a simple rule of physics,

that the closer that two objects come

to a common destination,

they will invariably come closer to one another.

And if Christ is at the middle of your life,

if you, personally,

have surrendered your life to Jesus,

the closer you are coming to Jesus,

and if your spouse is coming closer to Jesus,

you will invariably be coming closer together.

God is love

and if He is the center of our lives,

He will draw our hearts together,

and our families, and our marriages.

Do not let the world define what marriage is for you.

God has given us a definition, amen?

Amen.

Love makes the world go around,

but the pain of hatred

and divorce flattens our world, doesn't it?

It's epidemic in our culture.

In fact, the ripple effect of the breakdown

as a family is that an entire culture begins to collapse.

Historians note that

21 of the world's greatest civilization actually imploded

when marriage was no longer sacred.

That's a stunning insight.

Our only safeguard is to follow the biblical model for family.

Love is too beautiful to mess up.

Love is too wildly wonderful.

And being faithful to the one we love

so very much is also the only logical choice.

Pastor Doug shares the secrets of

how to have a happy marriage, or love and kindness are key.

He ends his message by saying, God is love,

and if He is the center of our lives,

He will draw in our hearts together

in our families and in our marriages.

Do not let our world define what marriage is for you.

God has the definition.

This is your opportunity

to take advantage of this week's special offer.

Just call the toll free number on your screen

and be sure to note the offer number

when you make the request.

For more infomation >> Marriage - Together For Life Part - Doug Batchelor - Duration: 28:42.

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nanoHUB-U Nanophotonic Modeling L4.12: Mode Solutions for Photonic Crystal Fibers - Duration: 5:13.

[Slide 1] Hey everyone welcome to Lecture 4.12.

So we're continuing the topic of using

vectorize BPM method to solve the modes of photonic crystal fiber.

[Slide 2] And so if you recall the photonic crystal fiber has unique property that they can

create a mode confinement within either a low index or

otherwise unguideable region based on traditional index wave guiding.

And then here's a depiction of the modes that would be created

in a photonic crystal fiber.

And so, you can see here that there's essentially this lowest order mode,

which is kind of a circular shape, and then there's one with kind of this

frilly pattern which basically reflects a different azimuthal quantum number.

And so in this case this would be called m equals three mode.

And then sometimes this would be called m equals zero mode.

And so this is just two examples of some of the fundamental transverse electric

modes that are available as depicted by the h y component.

[Slide 3] So that's in the plane and then this is actually an example of the overall

confinement loss as a function of wavelength for different Kramer values and

remember that d over capital Lambda tells you the ratio

of the diameter of the air holes that are extended into cylinders.

In the photonic crystal fiber compared to the periodicity or spacing between them.

You can see that as the amount of air holes actually increases

in volume by basically a larger d over Lambda value.

Then the confinement loss actually decreases quite substantially.

Remember that this y axis for confinement loss is a log scale.

And then all of the losses decrease as you go to higher

wavelengths lambda and

so that actually is not surprising at all.

So the overall effect is

obviously dependent on multiple parameters at the same time.

And so, depending on the application you're interested in,

you could consider using large d over lambda and large lambda.

To have very good mode confinement, or if you need coupling, it could be increased.

[Slide 4] Then this is actually showing how the effective mode area depends on the period.

So what's actually interesting about this is that for

both values of dD over lambda, you actually have nonlinear behavior, and

actually the greatest mode confinement is happening around 1 micron period.

And then it increases in both directions.

In the first case, when you go to larger periods it increases, basically

because each of the periods is more spread out, so that kind of makes sense.

And the other case is actually increasing because of a different mechanism which is

just that you don't have as good atomic crystal behavior at that point.

[Slide 5] And this is showing how the effective index actually increases modestly as you

increase the period.

So this is consistent with our previous result on the loss but it's just

showing that if you have an increase in the effective mode index.

Then there's mroe confinement in the other directions.

[Slide 6] And finally you can see that dispersion relation the effective index is actually

increasing quite consistently as a function of the wavelength lambda.

[Slide 7] And then if you look at the dispersion which is derived from the previous graph,

the second derivative of k with respect to omega, then you can actually see

depending on the exact value of d over lambda, you can have potentially.

Purely, regular dispersion, or you can have anomalous dispersion,

or you can have multiple crossover points like here, for this d over lambda equals 0.7,

and so this would really depend on your application, of course, typically for

most long-distance communication you'd want mMode dispersion to be close to zero.

On the other hand, in some cases, you may want mode compensation or

dispersion compensation.

And so whatever mode fiber it was connected to,

which has one sign of dispersion, you may need the opposite sign for

some length to kind of cancel out the net dispersion.

And of course this is dispersion primarily induced by the presence of

the structure, and there can be additional dispersion from the choice of materials,

which I don't think is included explicitly in this simulation.

In the next presentation we will explore

more about other types of photonic crystal mode confinement systems.

For more infomation >> nanoHUB-U Nanophotonic Modeling L4.12: Mode Solutions for Photonic Crystal Fibers - Duration: 5:13.

-------------------------------------------

School for vampires (eng sub) s1 ep2 - Duration: 12:25.

Have a nice evening, madam. Thank you. You too

Excuse me. Is there a problem?

Sorry, can't talk now. There is a security situation that must be taken care of.

Are you crazy. Walking around at sunset with a test tube of blood

This is a blood donor station. And vampires are well aware of that

This is just what I need at the end of a very long day

A comedian blood donor. Ok, come in

Wait, stop. You don't understand. There's nothing to be scared of.

Just a little jab and it's all over

Can we start from the top of the hill. Sure, Klot

Hold on, Klot. I thought we were going on a small hill

Are you sure this is a good idea, Klot?

There. Nothing tighter than this

Hey Oskar how about you and me...

Hey pale face, how about a race?

I don't race zombies, Stoker. I win against them

Ok, pale head. First one to the station wins

Eat snow Stoker

Wait for the real expert

Move over, loser

The only thing worse than boys are vampire boys

Bravo, mr. expert

Hey Sunshine

Oskar, what are you doing here?

What's that. It's a sled for halloween

In case the snow comes early the next year

I'm testing it out. But, what are you doing here?

Well, drandpa said he was gonna donate some blood and I decide to join him

B-blood

Oh, I know why you're really here

You're here to donate blood

Oskar, are you alright?

Don't be such a scaredy-cat

Giving blood saves lives, look at it that way

But, my doctor says I need to keep my blood. Cuz I have...little blood

Nonsense. Come on, lets go

I win. Looky looky jackpot. Vampire fast food

I really didn't know snow vampires were that ugly

That's not a snow vampire, Klot. That's Leechy

But Klot, weren't you looking after Ashley

Looks like I lost him

Don't be so scared, young man. I'm not a vampire and anyhow you're both too young to give blood

Sorry sweety. Take your boyfriend out for some fresh air

I have to lock up now

Ashley, where are you?

Leechy I need your multi-practical Swiss knife right now

No way, Stoker. I remember what happened to my venus flytrap

Help us look for Ashley, Stoker. I have more important things to do

Give me the knife, Leechy

No

And you'll get more. Give me the knife

Help. Ashley. Help

Leechy, stop

Hey Ashley. Hey. Ha ha got it

You're here again. We found you

You're here again.

See you, losers

I'm really sorry, Oskar.

Sometimes I forget how sensitive you are

I'm fine. Don't stay out late children

Did you hear something?

Maybe it's grandpa. Look

Monsters now I got you

It's an honor

Fool

I swear I'll

My best cloak. Ruined

And, of course such a nice neck ran away

You two go. Don't worry I know exactly needs to be done here

What ever you do, grendpa, just hurry up

Typical for him, you never know what he is up to

I just remembered that tomorrow I have a test which I totally forgot. Yes tomorrow for school

Blood circulation manufacturing of lower trans trans... sorry sunshine got to go

Man they are just so dumb

Even Lenny's snail cans are easier to open

All you can eat and more

Monsters of the night,now I got you

Oh no

Stoker you have to get out of there quickly

Ugliest creatures of another world tonight you drank your last round

Where does that siren come from?

Bloodsuckers have disguised themselves as police man

But I see threw them

Stay in the car. Stay back you weirdos. Stop

I have garlic

Help

Come children. I think thats enough excitement for one night

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