30th Solvay Conference on Physics
Solvay Institutes 30th Solvay Conference on Physics Gravitational Waves: From Cosmology to Black Holes Brussels, 22 – 24 of October 2026. (By invitation only) Chaired by Roger Blandford Stanford […]
Solvay Institutes 30th Solvay Conference on Physics Gravitational Waves: From Cosmology to Black Holes Brussels, 22 – 24 of October 2026. (By invitation only) Chaired by Roger Blandford Stanford […]
Solvay Institutes Strings 2019 Workshop Strings 2019 will take place at ‘Flagey’ Building, Place Sainte-Croix,1050 Brussels, Belgium. Strings is a series of annual conferences bringing together the string theory
Solvay Institutes Bridging the gaps at the PCB interface “Multiscale Modelling in Physics, Chemistry and Biology” Workshop It is commonly agreed that the most challenging problems in modern science
Solvay Institutes Conceptual Quantum Chemistry: Present Aspects and Challenges for the Future Workshop Invited Speakers Paul Ayers (McMaster U., Canada) Matthias Bickelhaupt (VU Amsterdam, The Netherlands) Alexander Boldyrev (Utah
Solvay Institutes Quantum Simulation with Cold Matter and Photons Workshop The Workshop on “Quantum Simulation with Cold Matter and Photons” is organized in the context of the 2015 International
Solvay Institutes 2026 Horizons Lectures in Chemistry Ghislaine Vantomme Eindhoven University of Technology, the Netherlands Biography Ghislaine Vantomme studied chemistry at the Ecole Normale Supérieure (Paris-Saclay, France). She received
Solvay Institutes 2026 Jacques Solvay International Chair in Physics Ignacio Cirac Max Planck Institute of Quantum Optics, Garching, Germany Biography J. Ignacio Cirac is a Spanish physicist, director at
Solvay Institutes Beyond the Standard model with Neutrinos and Nuclear Physics Workshop Topics: The nature of the neutrino Mass, Majorana or Dirac character Magnetic moments Neutrinoless double beta decay:
Solvay Institutes From physics of graphene to graphene for physics Workshop Many interesting properties of graphene put this material at the foreground of present day nanosciences. Graphene is mechanically