Target development for relativistic laser-plasma generation Microscopic liquid jets are very promising candidates for novel studies on intense laser-driven plasma generation. The interaction of ultrashort [...] spherical plasma that remains close to the initial droplet size during the thermal emission stage, thus supporting the conclusion that the droplets are heated isochorically to high-density plasma conditions [...] water jets have clearly demonstrated the advantages of Rayleigh droplet beams for relativistic laser-plasma generation, yet for many potential applications hydrogen and nobel gases represent the most scie
half-lives of the involved nuclei. However, nuclear properties, such as lifetimes, in the hot stellar plasmas can differ from the values measured in the laboratory. This was demonstrated by two experiments at [...] Dy and 187 Re [2,3]. In both cases it was experimentally proven that the lifetime in hot stellar plasmas, where the atoms are fully ionized, is considerably shorter than the terrestrial value ( 163 Dy is
Theory of Short Pulse Petawatt Laser Plasma Interaction Laserlab Europe Workshop October 14-17, 2007, Georg-Christoph-Lichtenberg-Haus, Dieburger Strasse 241, D-64287 Darmstadt Announcement The fast d [...] of high-power lasers with ever shorter pulses has triggered a wealth of unknown phenomena in laser plasma interaction during the last decade. Huge numbers of high-energy particles and photons can be produced [...] Applications of high-energy particles and photons from the interaction of short laser pulses with plasma, astrophysics in the laboratory. Contributions Presentation off all submitted papers will be oral
Present status and future perspectives 09.45 S. Jonsell Formation of antihydrogen from positron plasmas 10:25 P. Froelich Interaction of ultracold antihydrogen with matter and gravity 11:05 Coffee Break
expected to dissolve into their constituents and to form a plasma, consisting of quarks, gluons, and other particles - the so-called quark-gluon plasma. Physicists suspect that in the early universe, about [...] after the Big Bang, such a phase transition occurred in the opposite direction from the quark-gluon plasma into hadronic matter, i.e. into our present-day matter, which is governed by protons and neutrons
properties of the quark-gluon plasma and the phase structure of strongly interacting matter and new hadronic states structure and dynamics of neutron matter electromagnetic plasmas of high energy density ultra-cold
Employees of the plasma physics department and students/guests from associated universities. Plasma Physics at GSI Research Activities The Plasma Physics activities with ion beams follow two lines. One [...] ionized plasma. The plasma conditions are examined by the ion beam at the UNILAC to address long-standing issues such as energy loss and charge exchange of heavy ions when penetrating hot plasma. The other [...] at FAIR (HED@FAIR) collaboration. PHELIX Since 2008 and in addition to its scientific program, the plasma physics department of GSI runs PHELIX, a user-oriented high-energy laser facility which is open to
The PHELIX Timing System (PTS) technical contact: Stefan Götte By use of the PHELIX timing system (PTS) internal sequences are controlled (namely the precise switching of pockels cells). Additionally
at GSI’s accelerator facility (UNILAC) opens the door for interesting experiments in the field of plasma physics, nuclear physics and atomic physics. In addition, stand-alone experiments with intense laser [...] dB Scientific output PHELIX is being used to explore various fields of science mostly related to plasma physics and atomic physics. Visit the PHELIX Publication page for more information and the latest
Wed, August 28, 2024 | 2 p.m. Kosmische Alchemie der Elemente – Die ersten 14 Milliarden Jahre des Universums Karlheinz Langanke, GSI/FAIR Registration and further information