Locality and reality

Adrian Kent

Stanley Gudder

Anonymous

Mahendra Samarawickrama

Abstract The randomness in quantum mechanics is due to missing consciousness. By introducing consciousness, the complex dynamics in reality become causal, deterministic and unpredictable but not random. The reality behaves in a way the awareness is preserved, which causes the integrity of the experience. This behaviour complies with the Principle of Least Action. We introduce the consciousness particle aka primion to the Standard Model of particle physics to explore the implication of consciousness on reality. As per the Conscious Model of particle physics, quantum entanglement shares parameters in consciousness, adhering to non-local reality. An observation collapses of entangled wave function violates the integrity in consciousness and transforms the non-local reality to local. By incorporating consciousness, it is possible to understand reality as causal and deterministic, yet unpredictable but not random. The Conscious Model of particle physics unifies causation, relativity, and quantum mechanics and establishes a grand theory of understanding reality. Further, this research established that consciousness is an independent fundamental dimension that preserves integrity in awareness of non-local reality. This new dimension facilitates quantum entanglement to establish non-local awareness beyond the experience of five sensors or materialism. The wisdom of non-local awareness is beyond the imagination, the experience of five sensors, computation or analysis. It exists at the non-local consciousness dimension rather than our experiences, perceptions and knowledge in local space-time dimensions. Similar to our five sensors (touch, sight, hearing, smell and taste), which are developed to observe and measure local reality in space-time, the Mind emerges to be aware of both local and non-local realities through consciousness.

Xiongfeng Ma

Quantum measurement resolves a superposition into a definite outcome by correlating it with an observer's memory -- a reality register. While the global quantum state remains coherent, the observer's local reality becomes singular and definite. This work introduces reality steering, a protocol that allows an observer to probabilistically access a different reality already supported by the initial quantum state, without reversing decoherence on the environment. The mechanism relies on locally erasing the 'which-outcome' information stored in the observer's brain. Here, 'local' means operations confined to the observer's memory, excluding the environment, which may be cosmically large. Reality steering nevertheless faces intrinsic constraints: successful navigation requires coherent participation from the observer's counterparts across the relevant branches, and any transition is operationally indistinguishable from non-transition. After arriving in a new reality, all memory records are perfectly consistent with that reality, leaving no internal evidence that a switch occurred. This makes conscious confirmation impossible within standard quantum mechanics. We show that nonlinear operations beyond the standard theory could, in principle, enable verifiable and deliberate navigation. Our results shift multi-reality exploration from philosophical speculation toward a concrete -- though fundamentally constrained -- quantum-informational framework.