The MATH of time travel REVEALED Scientists says we CAN travel in time
According to a new study, time travel is�mathematically speaking�possible.
A researcher has concluded that space should NOT be divided into three dimensions�where
time is separated.
Instead, four dimensions need to be imagined simultaneously as a space-time continuum in
which the different directions are connected.
While time travel has only been possible in popular movies and books, a scientist has
found that in reality, there�s more to time travel than what we previously believed.
A researcher has created a new, revolutionary model that reveals�mathematically�time
travel is in fact possible.
While it seems to work mathematically, experts have yet to come up with the �right� materials
to create a working �time machine�.
The study was recently published in the IOPscience Journal Classical and Quantum Gravity and
argues that mathematically speaking we can travel in time:
In this paper we present geometry which has been designed to fit a layperson�s description
of a �time machine�.
It is a box which allows those within it to travel backwards and forwards through time
and space, as interpreted by an external observer.
Timelike observers travel within the interior of a �bubble� of geometry which moves
along a circular, acausal trajectory through spacetime.
If certain timelike observers inside the bubble maintain a persistent acceleration, their
worldlines will close.
Our analysis includes a description of the causal structure of our spacetime, as well
as a discussion of its physicality.
The inclusion of such a bubble in a spacetime will render the background spacetime non-orientable,
generating additional consistency constraints for formulations of the initial value problem.
The spacetime geometry is geodesically incomplete, contains naked singularities, and requires
exotic matter.
Ben Tippett, a mathematics and physics instructor at the University of British Columbia�s
Okanagan campus has revealed that time travel is at least mathematically possible.
�People think of time travel as something of fiction, and we tend to think it�s not
possible because we don�t actually do it.
But mathematically, it is possible,� revealed Tippett,
According to a newly-published study, Tippet concludes that space should NOT be divided
into three dimensions�where time is separated.
Instead, Tippett says four dimensions need to be imagined simultaneously as a space-time
continuum in which the different directions are connected.
Time travel.
Based on Einstein�s theory�the researchers argues that the curvature of space-time is
responsible for the curved orbits of the planets in the universe.
The researcher argues that if space-time was not �curved� planets in the universe would
travel in a straight line.
Imagine yourself standing next to a MASSIVE STAR.
There, space-time geometry becomes curved making all straight trajectories of nearby
cosmic bodies to bend, following a curved path around the star.
�The time direction of the space-time surface also shows curvature.
There is evidence showing the closer to a black hole we get, time moves slower,� says
Tippett.
�My model of a time machine uses the curved space-time � to bend time into a circle
for the passengers, not in a straight line.
That circle takes us back in time.�
For the study, Tippett came up with a mathematical model called Traversable Acausal Retrograde
Domain in Space-time or more charismatically called TARDIS.
Tippett describes it as a bubble of space-time geometry which is able to carry contents back
and forth through space.
This �bubble� moves through space-time at a speed greater than the speed of light
times 8, which consequently allows it to move backwards in time.
�Studying space-time is both fascinating and problematic.
And it�s also a fun way to use math and physics,� says Tippett.
�Experts in my field have been exploring the possibility of mathematical time machines
since 1949.
And my research presents a new method for doing it.�
However, while the researcher says its mathematically possible to travel in time, he doubts that
anyone will ever build a working time machine in the near future.
�HG Wells popularized the term �time machine� and he left people with the thought that an
explorer would need a �machine or special box� to actually accomplish time travel,�
Tippett says.
�While it is mathematically feasible, it is not yet possible to build a space-time
machine because we need materials � which we call exotic matter � to bend space-time
in these impossible ways, but they have yet to be discovered,� concluded Tippett.
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