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Quantum Studies Research Topics
 

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Time-symmetry, pre- and post-selection, and weak measurements in quantum mechanics

Time-symmetry, pre- and post-selection, and weak measurements in quantum mechanics

  1. Consistency of Time-symmetrical quantum mechanics with standard quantum mechanics
  2. Time-symmetrical quantum mechanics has revealed new features and effects: Weak-Measurements
  3. Time-symmetrical quantum mechanics lead to new mathematics, simplifications in calculations,  and stimulated discoveries in other fields
    1. quantum walk,
    2. superoscillations and
    3. new paradigm for signal amplification
      1. Lev Vaidman (Tel Aviv) "Amplification through the use of the Aharonov-Albert-Vaidman effect" (2/8/10 Chapman University conference)
      2. Onur Hosten (Illinois-UC) available "Observation of Optical Spin Hall Effect Using Weak Measurements" (2/8/10 Chapman University conference)
      3. Andrew Jordan (Rochester): "Precision Measurements of Phase and Beam Deflection Using Weak Values" (2/8/10 Chapman University conference)
  4. Time-symmetrical quantum mechanics suggests generalizations of quantum mechanics
  5. Publications

Dynamical Nonlocality and Causal aspects

  1. Introduction to Dynamical Quantum Non-locality
    1. Brief review of loss of interference from the Schroedinger perspective
    2. Interference phenomenon from the Heisenberg perspective: modular variables
    3. Conclusion
    4. Bibliography

Geometric/topological aspects

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Measurement theory

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Interpretation of quantum mechanics

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Quantum field theory and other dynamical aspects

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