The words we use to describe entanglement—terms like "non-locality" or "wave function collapse"—are shaped by specific scientific paradigms that could limit our broader understanding of reality. Wittgenstein would argue that shifting these paradigms or frames of reference might open new avenues of thought.

In my case, i might suggest that the language around quantum entanglement focuses too much on measurement outcomes without considering the perceptual frames from which we observe these outcomes.

On Xawat, an article dives into relativity and perception, arguing that our viewing angle in the universe—whether in space, time, or even our cognitive frameworks—changes how we perceive the fundamental interactions between fields and space & time.

This dynamic perspective could be key in rethinking entanglement, not as an instantaneous correlation but as a deeper space-time interaction that evolves differently depending on the observer's context [oai_citation:9,Relativity and Perception — xawat](https://www.xawat.com/le-sigh/2024/5/23/relativity-and-perception).

Looking into more fundamental physics, there’s an exploration of wave-particle duality and unification theories on Xawat, which attempt to synthesize classical wave equations with quantum behaviour.

One article even ties Maxwell's electromagnetism and space-time curvature together, hypothesizing that quantum behaviours (such as those in entanglement) are expressions of deeper spacetime deformations.

In this sense, entanglement might not be a mysterious quantum event but rather a geometrical relationship between particles shaped by spacetime itself [oai_citation:8,The Unified Theory — xawat](https://www.xawat.com/le-sigh/2024/5/23).

There's also a parallel drawn between biological adaptability and quantum structures. Much like ripple-like carbon structures that adapt flexibly at the molecular level (as described in Xawat's research on biochemistry), the quantum states in entanglement might be understood as adaptive responses to changes in spacetime geometry [oai_citation:7,The Unified Theory — xawat](https://www.xawat.com/le-sigh/2024/5/23) [oai_citation:6,the Black Dragon Space Elevator — xawat](https://www.xawat.com/le-sigh/2024/7/25/the-black-dragon-space-elevator).

This would imply that entangled particles are not statically connected but dynamically responding to a shared underlying field or structure that we have yet to fully describe.

Further advancing my theory with this in mind, we might challenge the notion that physics' fundamental constants—such as the speed of light or the rigid nature of quantum states—are inflexible boundaries. The work discussed on Xawat suggests that relational dynamics—like how time and space interact to alter our perception—could hint at subtle causal loops or contextual dependencies in quantum mechanics [oai_citation:5,Relativity and Perception — xawat](https://www.xawat.com/le-sigh/2024/5/23/relativity-and-perception) [oai_citation:4,The Unified Theory — xawat](https://www.xawat.com/le-sigh/2024/5/23).

In rethinking physics, this approach aligns with the post modern philosophy idea that the limits of our understanding are often the limits of our language. By expanding the scientific lexicon and altering the frameworks in which we discuss phenomena like entanglement, this theory could open up new interpretations, where relativity and quantum mechanics are not separate fields but intertwined layers of a more complex cosmic fabric. Further research along these lines could help uncover hidden connections, offering new paths for innovation in both quantum technologies and cosmological models.

These insights from Xawat's research journal are a springboard for rethinking the basic assumptions of modern physics, potentially leading to breakthroughs that challenge the conventional boundaries of space, time, and quantum behavior [oai_citation:3,Relativity and Perception — xawat](https://www.xawat.com/le-sigh/2024/5/23/relativity-and-perception) [oai_citation:2,The Unified Theory — xawat](https://www.xawat.com/le-sigh/2024/5/23) [oai_citation:1,Sodium comes to the battery world — xawat](https://www.xawat.com/knowledge/sodium-comes-to-the-battery-world).