What is Epaminondas Stassinopoulos?
'''Epaminondas George Aristotle Alexander Stassinopoulos''' (17 January 1921 &ndash; 16 May 2022) was a German-born Greek astrophysicist. He was the head of the Radiation Physics Office and [[Emeritus]] [[Astrophysicist]] at the [[National Aeronautics and Space Administration]] (NASA)'s [[Goddard Space Flight Center]] in Greenbelt, [[Maryland]]. He was the author of many papers and articles in the field of [[space radiation]].<ref>{{cite web|url=https://www.youtube.com/watch?v=0GD8uts6H4I|title=Conversation With Nadia Themis Guest Epaminondas Stassinopoulos Scientist aged 97|publisher=YouTube|access-date=7 October 2020}}</ref> Stassinopoulos was born in [[Bonn]], [[Germany]]. He [[centenarian|turned 100]] in January 2021. Stassinopoulos died on 16 May 2022 in [[Culver City, California]] at the age of 101.<ref>[https://www.dignitymemorial.com/obituaries/culver-city-ca/epaminondas-stassinopoulos-10757341 Epaminondas George Stassinopoulos]</ref> ==Works== * Stassinopoulos, E. , Stauffer, C. , & Brucker, G. (1998). Miniature high-let radiation spectrometer for space and avionics applications. ''Nuclear Inst. and Methods in Physics Research, a'', ''416''(2), 531-535. * Barth, J. , Dyer, C. , & Stassinopoulos, E. (2003). Space, atmospheric, and terrestrial radiation environments. ''IEEE Transactions on Nuclear Science'', ''50''(3), 466-482. * Stassinopoulos, E. , Brucker, G. , Adolphsen, J. , & Barth, J. (1996). Radiation-induced anomalies in satellites. ''Journal of Spacecraft and Rockets'', ''33''(6), 877-882. * Xapsos, M. , Huston, S. , Barth, J. , & Stassinopoulos, E. (2002). Probabilistic model for low-altitude trapped-proton fluxes. ''IEEE Transactions on Nuclear Science'', ''49''(6), 2776-2781. * Xapsos, M. , Stauffer, C. , Gee, G. , Barth, J. , Stassinopoulos, E. , et al. (2004). Model for solar proton risk assessment. ''IEEE Transactions on Nuclear Science'', ''51''(6), 3394-3398. * Stassinopoulos, E. , Brucker, G. , Nakamura, D. , Stauffer, C. , Gee, G. , et al. (1996). Solar flare proton evaluation at