Quantum Limits of Knowledge

Material Package

Added Since

Include only attachments uploaded after this date

Include*

Everything

Specific sessions

Specific contributions

Specific days

Sessions*

Quantum Bayesianism and Copenhagen Interpretation

Reference Frames, Relativity and Gravity in QM

Time, Energy and Work

Quantum and/or Classical Worlds?

Include materials from selected sessions

Contributions*

Artificial agency and quantum experiment (in session "Quantum Bayesianism and Copenhagen Interpretation")

Bohr’s relational holism and the classical-quantum interaction (in session "Quantum and/or Classical Worlds?")

Closing Remarks

Device-independent snapshots (in session "Reference Frames, Relativity and Gravity in QM")

How the world look like for a quantum particle? (in session "Reference Frames, Relativity and Gravity in QM")

Indeterminism in quantum and classical physics: the future is open (in session "Quantum and/or Classical Worlds?")

Lab tours and discussions

Niels Bohr Archive Tour

Notwithstanding Bohr, Three Tenets of QBism (in session "Quantum Bayesianism and Copenhagen Interpretation")

Object-Observer Entanglement and Back-Action Evasion in Continuous Positions Measurements (in session "Reference Frames, Relativity and Gravity in QM")

On quantum limits of the idea of knowledge as self-location (in session "Reference Frames, Relativity and Gravity in QM")

On the role of gravity in table-top quantum experiments (in session "Reference Frames, Relativity and Gravity in QM")

Performance of Port-based teleportation (in session "Reference Frames, Relativity and Gravity in QM")

Quantum jumps, quantum trajectories and the Copenhagen interpretation (in session "Quantum Bayesianism and Copenhagen Interpretation")

Round Table Discussion

Spooky work at a distance (in session "Time, Energy and Work")

There is no quantum world (in session "Quantum and/or Classical Worlds?")

Time and causation within a realist completion of quantum mechanics (in session "Time, Energy and Work")

Welcome

What condensed matter physics and statistical physics teach us about the limits of unitary time evolution (in session "Quantum and/or Classical Worlds?")

What is quantum in quantum randomness? (in session "Quantum and/or Classical Worlds?")

Why quantum states represent belief rather than knowledge (in session "Quantum Bayesianism and Copenhagen Interpretation")

Include materials from selected contributions

Events scheduled on*

19/06/2019

20/06/2019

21/06/2019

Include materials from sessions/contributions scheduled on the selected dates