Event: Workshop Quantum Collapse Models investigated with Particle, Nuclear, Atomic and Macro systems Speaker: José Luis Gaona Reyes Place: Trento, Italy Date: 5 July 2023
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Event: Quantum Collapse Models investigated with Particle，Nuclear，Atomic and Macro systems
Speaker: Anirudh Gundhi
Place: Trento, ITA
Date: 4 Jul 2023
ECT* Villa Tambosi
3/7/2023 - 7/7/2023
The COLMO (Quantum Collapse Models investigated with Particle, Nuclear, Atomic and Macro systems) workshop aims to advance the understanding of Quantum Collapse, by bringing together theoreticians and experimentalists working in the field. New realistic dissipative and non-Markovian collapse models are being developed, including gravity-related ones, to solve a major…
Event: Workshop Quantum Collapse Models investigated with Particle, Nuclear, Atomic and Macro systems Speaker: Giovanni Di Bartolomeo Place: Trento, Italy Date: 3 July 2023
Event: Workshop Quantum Collapse Models investigated with Particle, Nuclear, Atomic and Macro systems Speaker: Matteo Carlesso Place: Trento, Italy Date: 3 July 2023
Event: QuCoM meets in Leiden Speaker: Anirudh Gundhi Place: Leiden, NL Date: 22 Jun 2023
Leiden Institute of Physics, Leiden (The Netherlands)
22/6/2023 - 23/6/2023
PIs and team member of the QuCoM project, 17 participants in total, have met in person for a 2-day scientific meeting to update on progress and to define next steps and new collaborations to achieve the objectives of the QuCoM project. The Steering Committee has…
Event: Thermo Fischer Scientific meeting
Speaker: Tjerk Oosterkamp
Place: Eindhoven, the Netherlands
Date: 16 June 2023
Physical Review Letters 130, 230202 (2023)
Sandro Donadi, Luca Ferialdi and Angelo Bassi
Noninterferometric experiments have been successfully employed to constrain models of spontaneous wave function collapse, which predict a violation of the quantum superposition principle for large systems. These experiments are grounded on the fact that, according to these models, the dynamics is driven…
We show that any dynamics collapsing the wave function in space implies diffusion in momentum. This is relevant since it means that, in order to test the validity of thiesse models, and in general of the quantum superposition principle, one can perform experiments, known as “non-interferometric”, which look for this diffusion effect. The main advantage…