Stefon alexander biography examples

Stephon Haigh-Solomon Alexander born March 30, is a theoretical physicist , cosmologist , musician and author. Alexander was born in Trinidad and moved to the United States when he was eight. Alexander is a scientist and a jazz saxophonist who ponders links, including sound, between small and big things in the universe that go beyond Einstein's curved space-time and big bang theory.

Einstein's field equation being his favorite equation, his publication The Jazz of Physics is an autobiographical reflection of his research and theories. Involved with cosmology as a professional physicist, he is also a jazz saxophonist and a student of the works of John Coltrane, among other musicians interested in cosmology. At DeWitt Clinton High School in 10th grade, Alexander's mentor was his physics teacher Daniel Kaplan, who was the reason behind diverting Alexander's mind towards physics when discussing velocity and friction.

Alexander was born in and

In , Alexander was named as one of the eight National Geographic inquisitive experimenters and explorers. Alexander started his academic career as a postdoctoral researcher at Imperial College, London, and later on went to be a postdoctoral researcher at Stanford University's SLAC and Institute for Theoretical Physics In , he became an assistant professor of physics at Penn State University.

In , he served at Haverford College as an associate professor of physics leading to his positions of Ernest Everett Just Associate Professor of Natural Sciences and associate professor of physics and astronomy at Dartmouth College. Alexander also works as a professor at Brown University and has spent much of his career as a first generation advocate.

He also advocates for historically under-represented groups in the sciences. The authors also theorized that HL gravity could be interpreted as a time-like current that fills space-time. In December , Alexander was the co-author of the paper "Gravitational origin of the weak interaction's chirality". The authors theorized, in ways similar to Plebanski and Ashtekar , how those weak interactions on the right-handed chiral half in space-time connection could explain the weak interaction.