In Progress • • • • • • T-Rex TAMUTrap SASSYER Active Target Det RTC + chemistry Radioisotope production 16 Faculty 32 students 14 Postdocs 26 Staff ( Research + Ops) 6 TAMU undergraduates 13 REU students.
Download ReportTranscript In Progress • • • • • • T-Rex TAMUTrap SASSYER Active Target Det RTC + chemistry Radioisotope production 16 Faculty 32 students 14 Postdocs 26 Staff ( Research + Ops) 6 TAMU undergraduates 13 REU students.
In Progress • • • • • • T-Rex TAMUTrap SASSYER Active Target Det RTC + chemistry Radioisotope production 16 Faculty 32 students 14 Postdocs 26 Staff ( Research + Ops) 6 TAMU undergraduates 13 REU students • • • • NSCL - ANASEN TRINET collaboration @TRIUMF(beta decays) SAMURAI collaboration at RIKEN Jyvaskyla (mass measurements w/ penning trap) • STAR Future research directions 220 KA from HF radii 200 Zr KA(MeV) 180 Mo 160 140 KNM =231 MeV Ktau=-450 MeV 120 Kcoul =-5.0 MeV 100 88 90 92 94 96 A 98 Seri es1 Seri es4 Seri es5 Seri es6 Seri es7 Seri 100 es8 102 • Studies of survival of excited nuclei in the actinide region with SaSSYER. • Study the complexation of transactinide homologs with cryptands and crown ethers in "online" experiments • Studying beta-delayed proton decays of pure Fermi Transitions with TAMUTrap • Nuclear astrophysics with stable and rare isotope beams. • Structure of light exotic nuclei. • Clustering phenomena in light and medium mass nuclei. • Studies of the EOS and Esym • Pionic Fusion • Superallowed decay studies on Tz=-1 nuclei • GMR as probe of structure and asymmetry • Develop and apply nuclear theory of HI rxn and GR to determine the next generation energy density functional for nuclei.