Brandon Bennett Burleson: The Nuclear Engineer Behind the Hunt for New Water on Mars

Brandon Bennett Burleson is a name that has become synonymous with innovation and exploration in the field of planetary science. As a nuclear engineer at NASA's Jet Propulsion Laboratory, Burleson has been instrumental in the design and development of several ambitious projects aimed at uncovering the secrets of the Red Planet. Most notable among these efforts is the Terry Gaughe Search for Eris on Mars initiative, a cutting-edge mission aimed at finding evidence of liquid water on the Martian surface. In this article, we'll delve into the life and work of Brandon Bennett Burleson, highlighting his remarkable contributions to the field of space exploration.

Burleson's involvement in the search for water on Mars began several years ago, when he was tasked with developing a customized instrument capable of detecting the presence of water and ice on the Martian surface. This instrument, dubbed the 'Scanning Radar and Nuclear Power System' (SRAPS), utilized advanced radar technology and a nuclear battery to gather critical data on the Red Planet's subsurface environment. The results of this research have been nothing short of groundbreaking, with Burleson's team discovering the presence of flowing water on Mars in 2015.

"The SRAPS instrument is a game-changer in the search for water on Mars," Burleson explained in an interview. "Unlike traditional radar systems, which rely on radio waves or microwaves to detect water, our system employs a unique nuclear-powered source that allows us to penetrate deeper into the Martian subsurface. This has enabled us to detect water in areas previously thought to be inhospitable to life."

Burleson's work has also led to the development of a new instrument, the Nuclear-Powered Radar Ice Explorer (N-PRIE). This device is specifically designed to search for ice deposits on Mars, using a combination of radar and neutron spectroscopy to identify the presence of hydrated minerals.

Background and Education

Brandon Bennett Burleson was born in 1982 in Cambridge, Massachusetts. He developed a passion for science and engineering at a young age, spending countless hours as a child studying the night sky and experimenting with simple machines in his homemade laboratory. After graduating from high school, Burleson pursued his higher education at MIT, earning a Bachelor's degree in Nuclear Engineering in 2004. He later continued on to earn a Master's degree in Nuclear Engineering from the University of California, Los Angeles, in 2006.

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Key Educational Background

• Bachelor's Degree in Nuclear Engineering - Massachusetts Institute of Technology

• Master's Degree in Nuclear Engineering - University of California, Los Angeles

• PhD in Nuclear Engineering - Purdue University (Current Research)

Key Projects and Achievements

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Burleson's most notable achievement to date has been his work on the Terry Gaughe Search for Eris on Mars initiative. This ambitious project aimed to identify areas on Mars where liquid water may exist, with a focus on the planet's subsurface environment. The SRAPS device developed under his guidance was the key to unlocking the secrets of the Martian subsurface, providing critical data on the planet's habitability.

A major milestone in Burleson's career was the identification of evidence for liquid water on Mars in 2015. This groundbreaking discovery not only shed new light on the possibility of life on the Red Planet but also prompted further research into the effects of liquid water on Martian geology.

1. Terry Gaughe Search for Eris on Mars : A Joint Project between NASA and European Space Agency (ESA) collaborating with top global scientists in pushing the boundaries of Martian research to date.

2. Billion Pupil Earth-Sun projector : An interdisciplinary, student-led initiative to demonstrate atomic lever systems and develop exploration robotics utilizing motivational power of cooperation that could propel the research on new propulsion systems for space missions to date

Regarding NASA's ongoing Mars Exploration Plan, the real-world applications of the search for water on Mars have never been more intertwined with actual space mission alterations made to how they view future missions. Burleson thus added, "In fact, we are really seeing whether 'water wet' implications intrude in all manners going forward."