• Home
  • News and agenda
  • News
  • Daniel R. Neuville becomes President of the European Society of Glass Science and Technology (ESGT) for the second time
Citizen / General public
Researcher
Student / Future student
Company
Public partner
Journalist
Teacher / Pupil

Daniel R. Neuville becomes President of the European Society of Glass Science and Technology (ESGT) for the second time

Daniel R. Neuville becomes President of the European Society of Glass Science and Technology (ESGT) for the second time

Publication date: 09/09/2024

Awards and Distinctions, Institute Life, Press, Research

Related teams :
Geomaterials

At the 15th Symposium of the European Society of Glass Science and Technology, held in Cambridge (UK) from July 14 to 19, 2024, the presidency of the European Society of Glass Science and Technology (ESGT) was handed over from Prof. Alex Hannon, President of the Society of Glass and Technology and ISIS Neutron & Muon Source and Daniel R. Neuville, Director of Research at the CNRS, member of the Institut de Physique du Globe de Paris and President of the Union pour la Science et Technologie Verrière (USTV). Under the French presidency of ESGT, coupled with ICG, will organize the next European Glass Congress, in Lyon in April 2026.

Latest news
Tribute to Gilbert Hammouya (1946-2025)
Tribute to Gilbert Hammouya (1946-2025)
It is with great sadness that we learned of the passing of Gilbert Hammouya, former CNRS chemical engineer and iconic figure at the Guadeloupe Volcano...
Subscribe to
Subscribe to "Our Planet"
This MOOC proposed by a team from the Institut de Physique du Globe de Paris is aimed at anyone interested in Earth sciences and wishing to deepen the...
New Publication: Évolution(s). Science, art et littérature — A Unique Contribution from Nobuaki Fuji, Geophysicist at IPGP
New Publication: Évolution(s). Science, art et littérature — A Unique Contribution from Nobuaki Fuji, Geophysicist at IPGP
The book Évolution(s). Science, art et littérature, published in May 2025 by Éditions Matériologiques, brings together contributions from 18 members o...
New insight into the origin of the Moon's depletion of volatile elements
New insight into the origin of the Moon's depletion of volatile elements
The Moon's arid surface, devoid of liquid water and subject to extreme temperature variations, has long intrigued observers. These characteristics ind...