Knowledge Tree
Relations (1)
related 2.58 — strongly supporting 5 facts
Quantum field theory is related to quantum mechanics as it provides a more sophisticated framework for describing physical phenomena, such as symmetry breaking in neuronal assemblies [1], and offers distinct mathematical representations, such as those for commutation relations, that differ from the standard Schrödinger representation of quantum mechanics [2]. Furthermore, both frameworks are frequently cited together as the comprehensive formal systems that quantum-inspired psychological models aim to avoid using [3], [4], and [5].
Facts (5)
Sources
Quantum Approaches to Consciousness plato.stanford.edu 3 facts
claimGeneralized quantum approaches exist that address psychological phenomena using formal features of quantum theory, such as non-commuting operations or non-Boolean logic, without utilizing the full framework of quantum mechanics or quantum field theory.
claimThe approach initiated by Hiroomi Umezawa uses quantum field theory to describe the emergence of classical activity in neuronal assemblies through symmetry breaking, offering a more sophisticated framework than standard quantum mechanics.
claimQuantum field theory yields infinitely many representations of the commutation relations that are inequivalent to the Schrödinger representation of standard quantum mechanics.
Quantum Approaches to Consciousness plato.stanford.edu 1 fact
claimQuantum-inspired approaches to consciousness utilize formal features from quantum physics to address psychological phenomena without requiring the full framework of quantum mechanics or quantum field theory.
Quantum Approaches to Consciousness plato.stanford.edu 1 fact
claimThe term 'quantum cognition' refers to a research area that addresses psychological phenomena using formal features employed in quantum physics without involving the full framework of quantum mechanics or quantum field theory.