A Historic Launch with a Transformative Purpose

Next week, astronaut Amanda Nguyen will make history as she joins Blue Origin’s New Shepard Mission NS-31, carrying cutting-edge MIT research into the cosmos. As a bioastronautics research scientist and a former Media Lab Director’s Fellow, Nguyen will introduce innovative prototypes developed by various MIT labs, aiming to revolutionize astronaut health and safety.

The Future of Ultrasound in Space

One of Nguyen's key projects comes from the Women’s Health Program (WHx), led by Professor Canan Dagdeviren. This initiative will test a breakthrough wearable ultrasound patch designed for continuous health monitoring in zero-gravity environments. Current ultrasound methods on the International Space Station (ISS) are hindered by the need for a radiologist and the limitations of traditional handheld devices. This innovative solution could pave the way for operator-independent, large-area imaging in space.

Brain-Inspired Technology for Astronauts

WHx will also send brain-inspired neuromorphic nanowire networks into orbit. These advanced artificial intelligence networks have the potential to support and protect astronauts during their missions, enhancing their safety and efficiency.

Smart Materials for Deep Space Exploration

The Space Exploration Initiative (SEI) from the Media Lab will showcase MIT's Multifunctional Metamaterials Lab (MIT META) creations. These smart materials, designed for radiation shielding, thermoregulation, and health monitoring, mark a significant advancement in human space exploration. Dr. Svetlana Boriskina’s team has crafted textile swatches that aim to redefine the functionality of spacesuits and other equipment used in space.

Revolutionary Textiles for Tomorrow’s Spacesuits

In a collaboration with the MIT Self-Assembly Lab, Nguyen will carry fabric made from ultra-high molecular weight polyethylene (UHMWPE) and elastic yarns, which aligns with the pioneering guidelines set by Dava Newman's mechanical counterpressure (MCP) research for the MIT BioSuit™. This lightweight, high-tensile-strength fabric also boasts moisture resistance, promising a leap forward in the design of next-generation spacesuits.

Analyzing the Aftermath: A New Era of Space Research

Following the mission, which will also feature the first all-woman crew on a Blue Origin flight, MIT researchers are set to evaluate the performance of these groundbreaking materials. The insights gained could generate transformative data, leading to enhanced safety and comfort for astronauts venturing into the final frontier.