zoom_in Click to enlarge

Duncan Lorimer

▲ ▼

description Duncan Lorimer Overview

Duncan Lorimer is an astronomer specializing in modern astrophysics and radio astronomy. His research focuses on pulsars – rapidly rotating neutron stars – and fast radio bursts. He is notable for leading the team that detected FRB 010724, the first observed fast radio burst. This work is valuable to scientists studying extreme astrophysical phenomena and understanding their origins, particularly benefiting those investigating galactic magnetic fields and potential interstellar communication signals.

help Duncan Lorimer FAQ

What is the Lorimer Burst?

The Lorimer Burst, officially designated FRB 010724, is the first recognized instance of a Fast Radio Burst, an intensely bright flash of radio waves from deep space. Duncan Lorimer and his team identified the signal in 2007 while analyzing archival data from the Parkes radio telescope in Australia. It originated from outside our galaxy, showcasing a massive energy output in mere milliseconds.

What else does Duncan Lorimer study besides Fast Radio Bursts?

In addition to Fast Radio Bursts, Duncan Lorimer specializes in the study of pulsars, which are rapidly rotating, highly magnetized neutron stars. He works extensively on discovering and timing these stars using massive radio telescopes like the Green Bank Telescope in West Virginia. He also contributed to early catalogs of pulsars and educates others on their use in testing general relativity.

Where is Duncan Lorimer a professor?

Duncan Lorimer is a professor of physics and astronomy at West Virginia University in the United States. He joined the faculty there in 2006, shortly before making his monumental Fast Radio Burst discovery. At the university, he leads research initiatives focused on radio astronomy and computational astrophysics.

Who helped Duncan Lorimer discover the first Fast Radio Burst?

Lorimer discovered the burst alongside his undergraduate student David Narkevic while analyzing data from a 2001 survey of the Magellanic Clouds. Narkevic was tasked with looking through the archived data from the Parkes radio telescope when he spotted the anomalous, highly energetic signal. The discovery opened an entirely new and highly active field of astrophysics.