Background
Edward Meredith Burgess was born in Birmingham, Alabama in 1934.
Edward Meredith Burgess was born in Birmingham, Alabama in 1934.
Auburn University; Massachusetts Institute of Technology.
He specialized in organic chemistry with an emphasis on methodology, structure, and photochemistry. He is best known for the Burgess reagent (methyl North-(triethylammoniumsulfonyl)carbamate) that is used for selective dehydration of alcohols. Professor Burgess served as Secretary-Treasurer of the Organic Division of the American Chemical Society from 1974 to 1977.
During the summers of his junior and senior high school years he obtained a job performing routine chores at the University of Alabama at Birmingham (UAB) Department of Biochemistry.
lieutenant was during this period at UAB that Burgess began his career in chemical research. Under the guidance of the noted carbohydrate chemist, William Ward Pigman, he was given his own research project, the “Anhydrous Reaction of Nitrogen Dioxide with some Selected Sugars.”
In 1952 Burgess was awarded an Naval Reserve Officers Training Corps scholarship and entered Auburn University with a dual major in chemistry and physics.
During his undergraduate years at Auburn he undertook research in the laboratories of Frank Stevens (Chemistry) on the Synthesis of Indole Derivatives useful as Plant Growth Regulators and Howard Carr (Physics) on the construction of a mass spectrometer. He obtained his Bachelor of Science
Degree (cum laude) in 1956.
From 1956-1959 Burgess served as an officer aboard the United States Navy destroyer, United States Ship Stormes (Doctor of Divinity-780), a ship assigned to both the United States. Atlantic and Mediterranean fleets. Graduate research
As a graduate student in the Büchi group at the Massachusetts Institute of Technology, Burgess"s research focused largely on synthetic organic chemistry and photochemistry. His doctoral dissertation was titled “Photochemical isomerization of eucarvone and cyclooctatrienone.
Studies toward the synthesis of samandarin.” An interest in photochemistry and synthetic methodology would mark many of Burgess"s contributions to chemistry.
In addition to his publications with Professor Büchi connected with his dissertation, Burgess also published independently on the epoxidation of chloestadienone.
