Протон
A Proton-M rocket carrying the Electro-L №5 meteorological satellite was installed on the launch pad at the Baikonur Cosmodrome on February 9, 2026.
Luch-2 was launched on a Proton-M rocket.
The Proton-M launch carrying Electro-L №5 is scheduled for February 12, 2026 at 13:52:15 local time (08:52:15 UTC).
The Proton-M rollout at the launch complex is expected to begin at approximately 06:30 local time on February 9, 2026, which is approximately 01:30 UTC.
A Proton-M launch from Baikonur is scheduled for February 12, 2026.
The state commission approved the Proton-M for rollout at the launch complex on February 9, 2026.
A Proton-M rocket is scheduled to launch from the Baikonur Cosmodrome on February 12.
The Jefferson Lab measurement delivers the most precise proton-deuteron cross section ratio so far in the kinematic region dominated by scattering from a single quark.
Ten Proton launch vehicles remain.
An international team including Oxford researchers used CERN's High Radiation to Materials (HiRadMat) facility to expose a sample of the Campo del Cielo iron meteorite to highly energetic proton beams with energies of 440 GeV.
The project collaborated with the Outer Solar System Company, which is exploring the feasibility of high-energy proton beam systems operating in space.
An international team including Oxford physicists used CERN's High Radiation to Materials (HiRadMat) facility to irradiate a sample of the Campo del Cielo iron meteorite with 440 GeV proton beams.
The project was developed in partnership with the Outer Solar System Company (OuSoCo), which is examining high-energy proton beam systems for use in space.
There are 7 to 10 remaining Proton-M rockets that need to be utilized.
A Proton-M rocket for the launch of NEM is already built.
The first 3 modules of ROS, which are the NEM, Node, and Airlock modules, will be launched on Proton-M and Soyuz-2.1b rockets from Baikonur cosmodrome.
The Proton-M rocket is being returned to the vehicle assembly building to address an issue with the Block DM-03 upper stage.
The research achieved an eightfold improvement in the precision of the proton separation energy of sulfur-27 compared with previous work.
Precise measurement of proton energy spectra in the knee region requires advanced techniques.
Magnetic shielding above the anomaly dropped, leading to increased correlated proton fluxes in the anomaly core while decreasing at the outer edge.