Home > Free Essays > Sciences > Physics > Time Travel: The Paradoxical Effects

Time Travel: The Paradoxical Effects Report

Exclusively available on IvyPanda Available only on IvyPanda
Updated: Jan 10th, 2022

The movement in between time in a way that’s parallel to movement amid diverse places in space, like sending items back in time or likewise, sending the items to the future minus the experience of the intervening duration, is what is referred to as the impression of time travel. A time machine can be considered as a thingamajig used in achieving travel in time regardless of hypothetical or fictitious issues.

Presently, its unrevealed if the laws that watch over physics would assent to backward time travel, even though the notion has been widely used in fiction and the row that “one-way travel is likely via the discernible fact of time dilation which is velocity based in the common relativity theory” (Hawking, 2002).

One question that lingers like a bad smell, is whether or not traveling through time either practically or hypothetically is a possibility, of which circumventing paradoxes if proven achievable should be taken into account. Also factored, are the possibilities of imbalances being created as an effect by the traveler.

Through calculations and stated principles, the overall picture is that paradoxes cannot be created by uncomplicated masses moving through wormholes of time travel. When time travel is introduced, preliminary conditions leading to paradoxes are left out. If the calculation results are taken generally, none of the imaginary paradoxes created by myths on time travel can be started at an exact stage physically.

Certain incidents seem to generate machinery to facilitate communication or travel that is much quicker than light. In any case, some explanations deduce that there is an exchange of information among elements instantly so as to sustain association among particles. “This effect was referred to as spooky action at a distance” (Gott, 2002).

Regardless of this, present day theories do not entertain the idea of time travel or any communication that is quicker than light even though causality that is conserved in quantum mechanics is a painstaking consequence of newer theories related to quantum (Nielsens & Chuang, 2000).

Displays have been showcased by people presently to coerce so-called “future humans” who may very have well discovered technology that facilitates travel through time. But there has been lack of positive response and very poor turn-outs for such events as people have little patience for these affairs. Hypothetically, without the time machine, time travel back to before the machine was invented would be unattainable and impossible. They therefore have to invent a machine that would allow them time travel with less limiting factors.

There have been a number of experiments that have been performed, which provide the idea of inverted outcomes and that are interpreted differently by scientists.

The first experiment to be looked at is the delayed choice quantum eraser, carried out by Marlan Scully. In this trial, intertwined photons are alienated into ‘idler’ and ‘signal’ photons whereby signal photons show up from any of the two points and their locations are calculated. The experimenter is able to either determine the source of the signal photons between the two locations or erase the information. Assuming the signal photons are metered ahead of making the preference about idler photons, which alternative “may seem to retro-actively ensure whether or not an intrusive model is well thought-out in the duration of correlating magnitude of idler photons to the ones of signal photons” (Nielsens & Chuang, 2000). Due to this, experimenters are not able to establish what choice would be made in advance by just considering signal photons.

Another experiment was carried out by Guntz Nimtz and Alfons. They claim to have transferred photons at a faster speed than that of light therefore violating Einstein’s theory of relativity. These physicists assert to have used quantum tunneling; a phenomenon in which microwave photons were relocated amid a pair of prisms positioned three feet apart. Other physicists have disputed this phenomenon saying that it cannot transfer information at a speed faster than that of light.

In any specified case where Faster-than-Light situations have been alleged, a lot of details on analysis have proved that to acquire signals, a certain type of conventional communication should be employed. An example is such that, the no-communication theory has a generalized verification that quantum entanglement can’t be employed in transmitting data quicker than conventional signaling.

A number of presumptions, most notably unique and common relativity, propose that appropriate geometries of space-time or precise kinds of space movements may permit time-travel to the past or the future if the geometries or movements are achievable. In technological manuscripts, physicians normally steer clear of the commonplace language of motion or going through time. Here, motion usually refers only to “a change in spatial position as the time coordinate is varied, and instead discuss the possibility of closed time like curves, which are world lines that form closed loops in space-time, allowing objects to return to their own past” (Hawking, 2002). Again, there exist explanations to equations of common relativity describing space-times that have closed time-like curves i.e. the Godel space-time, except the physical plausibility of the clarifications remain doubtful.

On the other hand, “relativity states that if one were to move away from Earth at relativistic velocities and return, more time would have passed on Earth than for the traveler, so in this sense it is accepted that relativity allows future travel” (Thorne, 1994). In the relativistic sense, no one purposeful solution exists showing the amount of time that really passes between departures and returns, but there seems to be an objective explanation to the proper-time experienced by the earth and the person traveling. An example of this will be in the explanation of the ages of both the traveler and earth. In contrast, a lot of scientists have the belief that backward time-travel is very much unlikely. Every assumption that would permit time-travel requires that difficulties of causality be dealt with. A typical instance of a setback relating to causality is the “grandfather-paradox”. As shown by Thorne (1994) it states that, “what if one was to go back in time and kill one’s own grandfather before one’s father was conceived? But some scientists believe paradoxes can be avoided, either by appealing to the Novikov self-consistency-principle or the notion of branching parallel-universes”.

With the present revelations on time travel brought forth, one can safely conclude that time travel is rendered impossible and is not a reality except theoretically. Theories on time travel have been floated since time immemorial by philosophers and scientists alike, but no conclusive or practical evidence has been produced. Therefore, time still remains a mystery and is vaguely understood by human beings and for the time being it will remain a pipe dream until viable proof is presented.


Gott, J. (2002). Time Travel in Einstein’s Universe: The Physical Possibilities of Travel Through Time. Boston: Mariner Books.

Hawking, S. (2002). The future of spacetime. W.W. Norton.

Nielsens, M., & Chuang, I. (2000). Quantum Computation and Quantum Information. Cambridge. Cambridge University Press.

Thorne, S. (1994). Black Holes and Time Warps. W. W. Norton.

This report on Time Travel: The Paradoxical Effects was written and submitted by your fellow student. You are free to use it for research and reference purposes in order to write your own paper; however, you must cite it accordingly.
Removal Request
If you are the copyright owner of this paper and no longer wish to have your work published on IvyPanda.
Request the removal

Need a custom Report sample written from scratch by
professional specifically for you?

801 certified writers online

Cite This paper
Select a referencing style:


IvyPanda. (2022, January 10). Time Travel: The Paradoxical Effects. https://ivypanda.com/essays/time-travel-the-paradoxical-effects/


IvyPanda. (2022, January 10). Time Travel: The Paradoxical Effects. Retrieved from https://ivypanda.com/essays/time-travel-the-paradoxical-effects/

Work Cited

"Time Travel: The Paradoxical Effects." IvyPanda, 10 Jan. 2022, ivypanda.com/essays/time-travel-the-paradoxical-effects/.

1. IvyPanda. "Time Travel: The Paradoxical Effects." January 10, 2022. https://ivypanda.com/essays/time-travel-the-paradoxical-effects/.


IvyPanda. "Time Travel: The Paradoxical Effects." January 10, 2022. https://ivypanda.com/essays/time-travel-the-paradoxical-effects/.


IvyPanda. 2022. "Time Travel: The Paradoxical Effects." January 10, 2022. https://ivypanda.com/essays/time-travel-the-paradoxical-effects/.


IvyPanda. (2022) 'Time Travel: The Paradoxical Effects'. 10 January.

Powered by CiteTotal, the best reference maker
More related papers