Proceedings of the Workshop on Cold Antimatter Plasmas and Application to Fundamental Physics
Yasuyuki Kanai, Yasunori Yamazaki
American Inst. of Physics, Aug 14, 2008 - Science - 368 pages
These proceedings contain various state-of-the-art research in the field of low energy antimatter science, which includes CPT symmetry, gravitational interaction, atomic collisions with antiprotons and positrons, syntheses and trapping of antihydrogen atoms, non-neutral plasma aspects of antimatter plasmas.
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Baryogenesis and Its Implications to Fundamental Physics
A Scheme to Produce the Antihydrogen Ion H+ for Gravity
Tests of CP and CPT Symmetry with Positronium
23 other sections not shown
2008 American Institute acceleration ALPHA antihydrogen antihydrogen atoms Antimatter antiproton annihilation antiproton beam Antiproton Decelerator antiprotonic helium Application to Fundamental ATRAP axial baryon calculations capture CERN Cold Antimatter Plasmas collisions confinement cooling Coulomb CPT invariance CPT symmetry cross sections cyclotron decay rate Decelerator density Department of Physics detection detector distribution electric field electron electrostatic emission energy experimental experiments extracted FIGURE frequency Fundamental Physics Gabrielse helium helium atoms hydrogen Hyperfine interaction ionization laser laser cooling leptons Lett lifetime low-energy magnetic field magnetic mirror mass mbar measured neutrino Nucl nuclear o-Ps observed obtained octupole particles Pbars Penning trap pHe+ photon Phys Plasmas and Application positron positronium potential precision produced projectile protonium pulse quantum number radial reaction Rydberg atoms scattering length scintillator shown in Fig simulation solenoid spectroscopy spectrum symmetry target temperature transition University URL http://dx velocity wave function Widmann