Article published in Communications Materials presents significant findings and discusses the possibilities offered by this technique combined with synchrotron light sources Porous materials play key roles in a variety of…
Two projects presented by researchers from the Brazilian Center for Research in Energy and Materials (CNPEM) were recognized during the XXI B-MRS Meeting held by the Brazilian Society of Materials…
Sirius School for High School Teachers offers immersion to educators in a cutting-edge environment for research and scientific development at the Brazilian Center for Research in Energy and Materials (CNPEM/MCTI)…
Federal resources will be directed towards phase 2 of Sirius, which includes constructing ten new research stations The Brazilian Center for Research in Energy and Materials (CNPEM), an organization supervised…
Longitudinal kicker, a device used in the first Brazilian particle accelerator that is not compatible with Sirius, will become part of Jordan’s SESAME facilities An important component of UVX, the…
Alongside the 6 research stations already operating, 4 new beamlines will begin to receive regular proposals during this call for projects Sirius, the new Brazilian synchrotron light source planned and…
Sirius, the Brazilian particle accelerator, will play a leading role in projects with research centers and universities Equinor announced on August 10 that it will invest approximately R$ 42 million…
The research used diamond anvil cells (DAC) together with synchrotron light to investigate superconductors under extreme pressures Diamond Anvil Cell used for obtaining high pressures in an optical system for…
100 new projects will be carried out in the six research stations already open to users in Brazil’s largest scientific infrastructure The Brazilian Center for Research in Energy and Materials…
Innovative solutions used in the Sirius particle accelerator drive scientific cooperation between the CNPEM and the Chinese Academy of Sciences’ IHEP On May 30 Brazil and China signed a memorandum…
