Gerrit Verschuur

Gerrit L. Verschuur, PhD, born in 1937 in Cape Town, South Africa, is a naturalized American scientist who is best known for his work in radio astronomy. Though a pioneer in that field—he has 50 years of experience—Verschuur is also an author (he has written about astronomy, natural disasters, and earth sciences), inventor, a self-employed IP Consultant, adjunct professor of physics for the University of Memphis, and a lifetime fan of Manchester United FC Since 1996 he has been the Chief Scientist for Translucent Technologies, LLC; a company which is based in Memphis, Tennessee.

Contents

• Brief Summary Visualization of the Marklund Convection Birkeland Current Process
• Biography
• Current research
• Books
• Encyclopaedia Articles
• References

In 1992 Verschuur became a resident of the City of Lakeland, which is located in Shelby County, Tennessee, and is northeast of Memphis. In 2001 Verschuur was elected, and served a four-year term as commissioner. In 2007 Verschuur was elected again and is currently serving another term as Commissioner; this one, for two years. At present, Verschuur is also the President of the Garner Lake Association. Since 1986 he has been married to Dr. Joan Schmelz, a fellow scientist whose specialty is solar astronomy, specifically Coronal loops. Verschuur has one son who lives in England.

A frequent lecturer, Verschuur has taught at the University of Manchester, Rhodes University, the universities of Colorado and Maryland, UCLA, and the University of California, Berkeley, among others. He has been an annual speaker at Mid-South Stargaze, which is “the annual amateur astronomers conference and star party held at Rainwater Observatory in French Camp, Mississippi.” In 1971 Verschuur was hired as the first Director of Fiske Planetarium for the University of Colorado at Boulder, and in 1980 he worked with Dr. John Lilly.

In his primary field of study, however, Verschuur "pioneered the measurement of the interstellar magnetic field using the 21-cm Zeeman effect technique." A thing which, according to Virginia Trimble, for the first time allowed astronomers to "measure magnetic strengths and their place-to-place variations with some confidence."