Gemma Solomon Explained

Birth Date:27 October 1980
Workplaces:Northwestern University
University of Copenhagen
Alma Mater:University of Western Australia
University of Sydney
Thesis Title:Understanding the conductance of single molecules
Thesis Url:http://www.worldcat.org/oclc/225313056
Thesis Year:2006

Gemma C. Solomon (born 27 October 1980) is an Australian chemist who is a professor at the Nanoscience Centre in the University of Copenhagen. She serves as Deputy Editor of ACS Physical Chemistry Au. Her research considers quantum interference and molecular electronics.

Early life and education

Solomon was an undergraduate student at the University of Western Australia, where she studied chemical physics.[1] She moved to the University of Sydney, where she completed a second bachelor's degree and a doctorate in chemistry. Her research considered the conductance of single molecules.[2] She joined Northwestern University as a postdoctoral fellow in 2006, where she worked with Mark Ratner.[3]

Research and career

In 2010, Solomon joined the faculty at the University of Copenhagen, when she was awarded a starter grant from the European Research Council. Her research considers the development of novel materials for molecular electronics. In 2018, Solomon designed the most highly insulating molecule ever reported, which transformed understanding of the limits of electronic insulation. Later that year she was made a Full Professor at the university.

Awards and honours

Personal life

Solomon is married to Allan Godsk Larsen, with whom she has three children.

Notes and References

  1. Web site: Deputy Editor. 2021-11-26. pubs.acs.org. en.
  2. Understanding the conductance of single molecules. 2006. English. Gemma C. Solomon. 225313056 .
  3. Web site: 2021-03-04. European Research Council Starting & Consolidator Grants. 2021-11-26. EURAXESS. en.
  4. Web site: 2017-07-03. Solomon. 2021-11-26. Young Academy of Europe. en-US.
  5. Web site: Communication. SCIENCE. 2021-05-25. Elite Researcher 2021: "I find solutions for problems that we don't even have yet.". 2021-11-26. science.ku.dk. en.