Ken Wharton

Ken Wharton is a Professor of Physics & Astronomy at San José State University (SJSU). His research focuses on quantum foundations, particularly retrocausal models and time-symmetric interpretations of quantum phenomena. He advocates for frameworks that resolve quantum paradoxes by treating spacetime as a four-dimensional whole, emphasizing retrocausation. Wharton's work often addresses Bell's theorem, entanglement, and the compatibility of quantum mechanics with relativity.

Education:

• PhD in Physics, University of California, Los Angeles (1998)
• BS in Physics, Stanford University (1992)

Research Interests: Wharton explores how quantum phenomena can be explained through classical-like four-dimensional boundary value problems. His retrocausal models allow future constraints to influence past outcomes, bypassing traditional 'no-go' theorems. Key themes include entanglement mechanisms, time-symmetry in quantum systems, and the philosophical implications of retrocausality.

Research Group: He leads a team at SJSU comprising graduate and undergraduate students, focusing on theoretical and conceptual challenges in quantum foundations. Recent work includes studies on entanglement swapping, spacetime path integrals, and the role of symmetry in retrocausal models.

Awards:

• Award-winning essay: 'The Universe is Not a Computer', challenging computational interpretations of quantum reality.

Grants & Collaborations: His research has been supported by grants exploring retrocausal interpretations and quantum foundations. Collaborations include work with Nathan Argaman on time-symmetric boundary conditions and Rod Sutherland on localized quantum realities.