FI: VISUALISATION AND UNDERSTANDING IN THEORIES WITH AND WITHOUT A SPACETIME - SEBASTIAN DE HARO 
 ELENCO COMPLETO 

DATA: 18-10-2019

SEZIONE DI FIRENZE
The debate over the indispensability of representing physical systems in space and time is an old one. Theories of modern physics, especially quantum mechanics, have become increasingly abstract: and so, they are more difficult to visualise and to interpret. In this talk, I will address the question whether quantum gravity theories, in which space and time are fundamentally absent, can be understood using conventional methods: as physical theories, but lacking a spacetime. (Sebastian de Haro)


 SITO COLLEGATO 

 EVENTI RECENTI 
22-11-2019: M. Gogberashvili - Gravitational Waves from Mirror World
21-11-2019: G. Gyürky - 14N(p,gamma)15O: a key reaction of nuclear astrophysics
21-11-2019: Finite-density QCD transition in magnetic field background - dott. Andrey Kotov
20-11-2019: Light Dark Matter 2019 – LDMA ’19
19-11-2019: Misura_CC3M @ LNL
18-11-2019: Nuclei per la cultura
18-11-2019: New result on K+->pi+ nu nubar from NA62 experiment
18-11-2019: Daya Bay and JUNO Reactor Neutrino Experiments in China
18-11-2019: N. Kimura - Cryogenic and Vacuum Technologies of the Interferometric Cryogenic Gravitational Wave Telescope, KAGRA
18-11-2019: Tensions in cosmological measurements: a Standard Model crisis? - dott. Guido Risaliti

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