Traveling to the past is possible! - A Model of Quantum-Temporal Coupling Through Entanglement and Thermal Inertia of Matter

Traveling to the past is possible! “A Model of Quantum-Temporal Coupling Through Entanglement and Thermal Inertia of Matter” Author: Maksym Gorobets, Ukraine 1. Main Hypothesis If travel into the future is possible by accelerating motion to the speed of light (according to the theory of relativity), then travel into the past can be realized by extremely slowing down the motion of matter, up to the limit when atoms actually stop thermal dynamics — that is, to absolute zero (−273.15°C). ⸻ 2. Key Physical Idea When reaching a temperature close to 0 K, particles form a Bose–Einstein Condensate (BEC) — a quantum state where many particles behave as one single quantum object. In such a state, the usual concept of space and time may lose its meaning, since the entire system becomes a single wave and a synchronized quantum state. ⸻ 3. Relationship with quantum entanglement If we create a pair of entangled quanta (A and B), and then: • immerse quantum A in a medium cooled to 0 K, • leave quantum B in ordinary space, then the information interaction between them can occur instantly (beyond the speed of light), since quantum A is in a state where space and time have no local limitations. ⸻ 4. Informational aspect If information is written into the “frozen” quantum (A), it can be received by the quantum twin (B) earlier than the moment of recording in our timeline. That is, the transfer of information into the past can be realized through the information channel of quantum entanglement, stabilized by absolute zero. ⸻ 5. Practical model (simplified) - We create two entangled photons or atoms. - We cool one to a temperature → −273.15°C. - In this state, we write minimal information (for example, spin or phase) into the quantum. - We check whether this information appears in the second quantum (B) earlier in time than the entry in (A) was made. ⸻ 6. Possible consequences • Confirmation of such interaction would mean that information can move not only “outside space”, but also out of time. • This creates the basis for a new type of communication — quantum retrograde communication, or “temporal teleportation”. ⸻ 7. Philosophical conclusion The human brain is not able to invent something that is fundamentally impossible in the Universe — it only “connects” to potential physical structures that may exist. Therefore, the very emergence of the idea of time travel is not a fantasy, but an echo of an unrealized, but possible physical reality. ⸻ 04.11.2025 Maxim GOROBETS, Ukraine [email protected] https://doi.org/10.5281/zenodo.17526667