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He specializes in elementary particle physics (high energy physics) i.e. Soft Hadron Physics (1990), New AMY and DELPHI multiplicity data and the log-normal distribution (with co-authors; 1990), Genesis of the lognormal multiplicity distribution in the e² e²- collisions and other stochastic processes (with co-authors; 1990), Mystery of the negative binomial distribution (with co-authors; 1987), Constraints on multiplicity distribution of quark pairs (1985).
It is equipped to handle certain non-commutative algebras which are extensively used in theoretical high energy physics: Clifford algebras, SU(3) Lie algebras, and Lorentz tensors.
At the time, networks prevalent in the Brazilian academic setting were the BITNET ("Because It's Time NETwork"), the HEPnet ("High Energy Physics Network") and the UUCP ("Unix-to-Unix Copy Program").
Such codes have evolved quite a lot with applications not only optimized for high-energy physics like FORM but also more general purpose programs like Mathematica and Maple.
The scientific activities of Boris Grinyov center on the study of the fundamental properties of scintillation materials: searching for new scintillators, and developing instruments and devices based on scintillators for applications in various fields ranging from high energy physics (the BaBar, Belle and Alice experiments and the Fermi Gamma-ray Space Telescope, among others) to medical devices.
He has been awarded The Wolfson Merit Award, Doctorate Honoris Causa from Universidad de San Carlos de Guatemala and Universidad del Valle de Guatemala, John Solomon Guggenheim Foundation Fellowship and the 1998 ICTP Prize in High Energy Physics.
During his career, Carpenter has held a number of term appointments at public and private institutions, including Visiting Scientist at Phillips Petroleum Company, Nuclear Technology Branch, Idaho Falls, Idaho, Fall 1965; Argonne National Laboratory, Solid State Science Division, 1971-1972, 1973; Los Alamos Scientific Laboratory, Physics Division, 1973; and the Japanese Laboratory for High Energy Physics, Kō Enerugī Kasokuki Kenkyū Kikō, (KEK), 1982 and 1993.
Lykken is a former member and subpanel chair of the High Energy Physics Advisory Panel, which advises the United States Department of Energy and the National Science Foundation.
The Theoretical Advanced Study Institute in elementary particle physics (TASI) at the University of Colorado at Boulder, best known for the TASI lectures in astrophysics and high energy physics