1,721,298 research outputs found
Quantum noise, entaglement and chaos in the quantum theory of mind/brain states
By resorting to the dissipative quantum brain theory it is possible to prove the existence of an infinite number of different possible quantum brain states, each one unitarily inequivalent to the others. These states can be viewed as representing possible quantum memory state
Discrete Chyrality and Fermion Zero Modes
In a quantum 1 + 1 dimensional fermion-soliton system the boson condensation in terms of which the soliton solution can be described affects the fermionic structure behaviour due to the soliton non-trivial topology. The fermion zero-frequency mode is then required in order to recover the broken discrete chirality
Journal on Visual Languages & Computing - Vol. 20, Issue 5 - Special Issue on Multimodal Interaction through Haptic Feedback
The Doubling of the Degrees of Freedom in Quantum Dissipative Systems, and the Semantic Information Notion and Measure in Biosemiotics
Efficient Detection of Incompleteness Errors in the Abstract Debugging of Logic Programs
- …
