Davi Geiger

Associate Professor of Computer Science and Neural Science
Department of Computer Science
Courant Institute of Mathematical Sciences
New York University

Award: NSF CAREER Award, 1998.

Our stereo illusion was chosen as one of the top 10 finalists in the 2009 best visual illusion of the year contest.

I spent the Spring 2017 at ICERM Spring 2017 Computer Vision Program

Quantum Methods for Computer Vision and Artficial Intelligence
Lecture at ICERM Quantum Interference In Computer Vision

Revisiting Quantum Theory:

Is quantum information (the inverse of quantum entropy) a physical quantity that can impact the time evolution of a quantum state?

If so, can the time arrow be a result of a physical law that says "Quantum information in a closed system can not be gained"?

Is such a law the trigger for the creation and anhillation of particles and the collapse of the Wave function ? so the Copenhagen interpretation could be replaced by an observer independent mechanism that is, a quantum information law?

Does this quantum entropy impacts our current understanding of Quantum Information and Quantum Computing ? Does the process of disentanglment from entanglement increases this entropy (in contrast to von Neumann entropy)?

These two recently published papers in the Journal Entropy address these questions

Paper proposing a quantum entropy On Quantum Entropy

Paper proposing a quantum entropy for spin and qubits Spin Entropy