Human space research gets a boost from retired NASA centrifuge

Texas A&M University is preparing for a new era of space research with the launch of a research centrifuge at the Anthony Wood ’87 Artificial Gravity Lab, supported by the WoodNext Foundation. Set to become one of the most advanced human centrifuge facilities in the United States, the lab can simulate lunar and Martian gravity for extended periods of time, allowing researchers to test how changes in gravity affect the human body.

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Reopening the centrifuge at Texas A&M provides the U.S. an essential research capability. We’re positioning Texas A&M to be a centerpiece for space health research at a time when the nation is returning to the Moon and planning for future exploration of Mars.”

Dr. Bonnie J. Dunbar Professor and former NASA astronaut Texas A&M Engineering

Leading the next era of space exploration

Texas has always been at the heart of space exploration — and the next frontier is just beginning. Texas A&M professor and NASA astronaut Dr. Nancy Curie Gregg reflects on the legacy of human spaceflight and the expanding opportunities ahead — from renewed lunar missions to future journeys to Mars. Through advances in research, technology and workforce development, Texas A&M Engineering is preparing students and researchers to contribute to humanity’s next giant leaps.

Texas A&M is uniquely postured to support the future of space-related activities, research and development because of the vast resources here on campus.”

Dr. Nancy Currie-Gregg Director and former NASA astronaut Texas A&M Space Institute

Leading in the next frontier

A man laying down on the centrifuge gives a thumb.

A NASA centrifuge finds a new home at Texas A&M’s Anthony Wood ’87 Artificial Gravity Lab, enhancing research on health impacts of human space travel.

Researchers floating while performing experiments.
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Researchers participate in microgravity parabolic flights to study spaceflight associated health risks.

An illustration of an astronaut whose tether turns into a heartbeat line.

Researchers are investigating how blood flow responds at different levels of gravity.