… ) protons was made to collide with an effusive molecular gas target in a high vacuum scattering
chamber. The recoil ions, following a collision… projectile beam after the collisions. Hence, …

… hbox {m}\) and the Planck mass \(M_D > 3.5~\hbox {TeV}\). In this work we will conservatively
assume \(M_D > 3~\hbox {TeV… the black holes produced in the collisions of the high energy …

… of ultra-short flares from TeV blazars by compact … proton synchrotron radiation or external
inverse Compton scattering of electrons. The model can readily explain the minute-scale TeV …

… cial beam operation: each beam contained only two colliding bunches and one non-colliding
bunch for background monitoring, each with 1011 protons. A novel collimation strategy was …

… proton–proton collision data at 2.76 and 7 TeV energies differ significantly from the differential
cross-section of elastic proton–antiproton collisions … of 7 TeV, in the \(-t \ge 0.377\) \(\hbox {…

… be probed by exclusive processes in electron–proton (ep) collisions. In this letter, we investigate
the timelike Compton scattering (TCS) in ep collisions at the future electron-ion collider (…

… Large angle scattering of protons and deuterons on the deuteron contains unique information
… This includes experiments with nonpolarized beams too as well as collisions like 12 С– 12 …

… }\), soft parameters provide a stronger repulsion of protons than stiff parameters because the
colliding system is neutron-rich. However, in a stiff central collision at 400 MeV/nucleon, the …

… stays intact (\({{{m_Y}} {=}m_p}\)) are statistically separated from those where the proton …
proton vertex. The measurements are presented in various bins of the photon–proton collision …

… The analysis is based on 36.1 fb\(^{-1}\) of\(\sqrt {s}= 13\) TeV proton–proton collisions
recorded by the ATLAS detector at the Large Hadron Collider. Several scenarios based on …