University of Tennessee / Niels Bohr Library / VPython library / University of Massachusetts / American Institute of Physics / /
IndustryTerm
real-time animation / inverse-square-law forces / pure inverse-square law / energy / inverse-square law / linear scaling law / closed-form solutions / career services / computing / astrophysical systems / followed magazine / numerical algorithms / science communications / physical systems / scientific computing / numerical solutions / scholarly publisher / /
Organization
American Institute of Physics / University of Massachusetts / Dartmouth / Physics Resources Center / Executive Committee / University of Tennessee / Society of Physics Students / African Union / Management Committee / Governing Board / /
Person
Timothy Grove / Gay Stewart / Neal Shinn / Brett Marmaras / Michael Turner / Beth Cunningham / Christine McEntee / Robert Doering / Elizabeth A. Rogan / Robert L. Byer / Brian J. Fraser / Theresa C. Braun / Joseph Serene / J. Daniel Bourland / Kate Kirby / Andreas Ernst / G. Fritz Benedict / Timothy A. Cohn / James T. Kirby Jr / Louis J. Lanzerotti / Scott Sommerfeldt / David Ernst / Judith Flippen-Anderson / Gene Sprouse / Mark Hamilton / Jill Marshall / J. Jay Wang / Mary Beth Monroe / Riordan / Addison Wesley / Bruce H. Curran / Kevin B. Marvel / A. Jeffrey Giacomin / Janet Fender / Rudolf Ludeke / Frank Krause / Samuel H. Aronson / Charles E. Schmid / H. Frederick Dylla / Jaime Fucugauchi / Malcolm R. Beasley / Angela R. Keyser / Michael D. Duncan / Gigi Swartz / /
Position
Treasurer and CFO / scaled variable Mp / planet Mp / Vice President / Mp / Executive Director and CEO / Vice President / Human Resources / chair / /
Product
Python / /
ProgrammingLanguage
Python / E / /
ProvinceOrState
Tennessee / Massachusetts / /
PublishedMedium
Physics Today / Physical Review / Physica D / /
Technology
ODE algorithms / html / SALF algorithm / Simulation / animation / be integrated numerically using standard ODE algorithms / /
Few-Body Systems Simulation and Visualization of Few-Body Systems and the Differential Precession of Mercury Brett Marmaras and J. Jay Wang | University of Massachusetts, Dartmouth