14. Andreas E. Schlatter, Do antiqubits go backwards in time?

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Volume 27: Pages 131-133, 2014

Do antiqubits go backwards in time?

Andreas E. Schlattera)

Burghaldeweg 2 F, 5024 Ku¨ttigen, Switzerland

 

Based on the notion of thermal time corresponding to a quantum system W, we show that time also moves forward in thermal time derived from an antiqubit, i.e., a system with negative information. The concept of thermal time can thus be applied to entangled quantum systems.

 

Basé sur la notion du temps thermique correspondant à un system quantique nous démontrons que le temps se déplace en avant lorsque le flux du temps thermique est dérivé d’un anti-qubit, c.-à-d. d’un system comprenant des informations négatives. La notion du concept du temps thermique peut être ainsi appliquée à des systèmes quantiques enchevêtrés.

Key words: Quantum Entropy; Relational Quantum Mechanics; Measurement; Time; Gaussian Wave Packet; Special Relativity; Quantum Information.          

Received: June 7, 2013; Accepted: January 14, 2014; Published Online: March 5, 2014

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