Quantum theory and Gravity: which way?

Contribution List

0. Welcome

18/12/2014, 14:00

Session Part I

1. Gravity-related spontaneous disentanglement: cause of Newton force?

Prof. Lajos Diosi (Wigner Research Center for Physics)

18/12/2014, 14:15

Session Part I

I revisit the model of gravity-related spontaneous wave function collapse together with its lasting problems like the issue of mass density resolution and of overwhelming environmental decoherence. I argue heuristically that G-related spontaneous collapses may be responsible for a "lazy" emergence of Newton gravity at a time scale of 1ms.

4. Precision gravity measurements with cold atom interferometry

Guglielmo Maria Tino (FI)

18/12/2014, 15:00

Session Part I

3. Gravity induced collapse models: review and a new proposal

Angelo Bassi (TS)

18/12/2014, 16:15

Session Part I

2. An optomecanical route to the test of collapse models

Mauro Paternostro (Queens University Belfast)

18/12/2014, 17:00

Session Part I

5. Experiments to test the quantum superposition principle

Dr Hendrik Ulbricht (University of Southampton)

19/12/2014, 09:30

Part II

16. Spontaneous radiation measurement as a strong test of collapse models

Dr Catalina Oana Curceanu (LNF), Mr Kristian Piscicchia (LNF)

19/12/2014, 10:15

Part II

17. Probing deformed commutators with macroscopic harmonic oscillator

Francesco Marin (FI)

19/12/2014, 11:30

Part III

18. Fundations of quantum physics under test? Recent studies on the validity of the Pauli Excursion Principle

Dr Johann Marton (Stefan Meyer Institute)

19/12/2014, 12:15

Part III

19. Planck-scale quantm mechanics with deformed relativistic symmetries

Giovanni Amelino Camelia (ROMA1)

19/12/2014, 14:30

Part IV

20. Toward an effective description of non-Markovian dynamics

Dr Luca Ferialdi (LMU München)

19/12/2014, 15:15

Part IV

21. Coherent scattering in low energy physics

Sandro Donadi (TS)

19/12/2014, 15:45

Part IV

22. Collisional description of decoherence

Mr Giulio Gasbarri (University of Trieste)

19/12/2014, 16:15

Part IV

14. Closure

11. Coherent scattering in low-energy physics

Sandro Donadi (TS)

12. Collisional description of decoherence

Mr Giulio Gasbarri (University of Trieste)

8. Fundations of quantum physics under test ? recent studies on the validity of the Pauli Exclusion Principle

Dr Johann Marton (Stefan Meyer Institute)

13. New upper limit for collapse models reduction rate parameter

Mr Kristian Piscicchia (LNF)

9. Planck-scale quantum mechanics with deformed relativistic symmetries

Giovanni Amelino Camelia (ROMA1)

15. Probing deformed commutators with macroscopic harmonic oscillator

Francesco Marin (FI)

7. Probing deformed commutators with macroscopic harmonic oscillators

Francesco Marin (FI), Dr francesco marino (LENS)

6. Spontaneous radiation measurement as a strong test of collapse models

Dr Catalina Oana Curceanu (LNF)

10. Toward an effective description of non-Markovian dynamics

Dr Luca Ferialdi (LMU München)