The SETI Institute announced that it will incorporate the new NVIDIA IGX Thor platform to enhance its real-time search for signals from space at the Allen Telescope Array (ATA) in Northern California. The collaboration brings cutting-edge AI technology—built for demanding real-world environments—into radio astronomy for the first time at this scale.

The ATA’s 42 antennas scan the sky for radio signals that may reveal cosmic events or, one day, evidence of intelligent life. Using the NVIDIA IGX Thor platform, the SETI Institute will be able to process and interpret these signals directly at the telescope, dramatically reducing the time it takes to recognize unusual or promising data.

“NVIDIA IGX Thor enables us to run AI inference and GPU-accelerated signal processing workloads closer to the edge,” said Luigi Cruz, Staff Engineer at the SETI Institute. “Its compact form factor and power efficiency makes it an ideal development platform for our next-generation pipeline, which is based on NVIDIA Holoscan.”

For billions of years, bacteria have waged an ongoing arms race against viruses, evolving many defense mechanisms against the infectious invaders. Now, these evolutions may offer innovative ways for humans to fight viruses, according to Thomas Wood, professor of chemical engineering at Penn State. 

What do honey bees and electric power grids have in common? More than you might think, according to Wangda Zuo, professor of architectural engineering at Penn State. Zuo is leading a new project funded by a $1 million award from the U.S. National Science Foundation (NSF) to investigate how coordinating and controlling distributed energy resources — similar to how honey bees regulate their colony’s resources — may help improve the distribution resiliency of electric grids.  

Designation of JMIR Bioinformatics and Biotechnology as Official Society Journal Elevates Visibility for MidSouth Researchers