Dupliter theory

Dupliter

Dupliter_Theory_Time_Travel_Anchoring_illustration.jpg Conceptual illustration of the Dupliter framework
Field	Theoretical physics

Dupliter is a speculative framework proposed by Ashlan Chidester for stabilizing nonlinear time travel through gravitational interactions with a theoretical duplicate of Jupiter. The hypothesis suggests that temporal displacement could become feasible when dark matter potential energy in galactic halo outskirts is harnessed, allowing the Milky Way’s accelerated motion to generate spacetime distortions. The Dupliter is proposed to act as a gravitational anchor, creating a potential gateway for traversing nonlinear timelines.

Theory

According to the hypothesis, as the Milky Way experiences small accelerations due to gravitational forces from dark matter and stellar density, the galaxy moves at high speed influenced by structures such as the Great Attractor and Shapley Supercluster. The Dupliter posits that time travel could only occur after the dark matter potential energy in the galactic halo reaches a higher cosmic velocity, explaining why temporal displacement has not been observed. The “Dupliter equation” is used to compare relativistic kinetic energy but does not yet include explicit parameters related to dark matter, gravity, or Jupiter.

References

Dupliter Theory

External links

• Dupliter illustration on Wikimedia Commons

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