MIT Lincoln Laboratory

“Every couple of months feels very different; once I understand one aspect of the job, there is always a new problem to solve, which keeps me engaged with the work.” – Grace Remillard, systems analyst in the ISR Systems and Architectures Group. Learn more about Grace's Laboratory story ??: https://ow.ly/cZOQ50VfQrY ?? Our R&D relies on creative, talented people who enjoy a challenge. If this describes you, visit our careers section to discover how you might join our team! https://ow.ly/54mG50VfQrZ

If you’re ready to launch your career by taking on the most pressing problems facing the nation, performing cutting-edge research, and teaming up with ambitious peers, then MIT Lincoln Laboratory may be the place for you. To round out our spring recruiting season, our team is looking forward to meeting the next generation of STEM leaders at these upcoming college/university career fairs: ?? March 11 - Wentworth Institute of Technology ?? March 19 - Massachusetts Institute of Technology ?? March 26 - University of Massachusetts Lowell ?Join our talent community: https://ow.ly/FojI50VeSsm

Lincoln Laboratory researchers are developing unconventional memory circuits that can accelerate data processing in cyber sensing devices by reducing the latency of matching complex data patterns to specialized processing pipelines. https://ow.ly/97ne50Vb30T

Technology Highlight ? A technique that harnesses the ability of a photonic lantern enables laser-based communications capable of meeting the demand for high-speed transmissions from space. This technique harnesses the ability of a photonic lantern to map light received via a few-mode fiber to many single-mode fiber outputs to meet tomorrow’s requirements for high-speed communications from space. Want to learn more? For more information on this technology or technology collaboration opportunities, visit: https://ow.ly/fXFR50Vahnr

DYK: Nancy Holway’s early work in computer programming at Lincoln Laboratory helped carry out the analytical work for the design of radar systems for detections and trajectory prediction of intercontinental ballistic missiles. She spent her entire career, 37 years, at the Laboratory investigating the statistical programs of radar detection and measurement, the SAGE height-finding problem, and the Army’s program of detection and defense against low-flying aircraft in battlefield areas. #MITLLhistory

A security module, pre-certified by the National Security Agency, for protecting communications on uncrewed platforms can accelerate the fielding of new systems and open opportunities for the commercial sector. https://ow.ly/GiSQ50V8xOx

Staffed by an award-winning team of engineers, mechanics, and pilots, MIT Lincoln Laboratory’s Flight Test Facility operates several aircraft that research teams can employ to test their prototype airborne systems. Experimental flight research is core to our mission, our identity, and our future. And our diverse fleet of reconfigurable airborne testbeds can be utilized for any flight research need. https://ow.ly/yb1l50V7E0y ??: Tim Briggs

Stephen Li-Tyson, a systems engineer and analyst at Lincoln Laboratory, shares how advancing in his career was at times murky, but taking steps forward has led him to unforeseen opportunities. “Curiosity is what guided my career onto a path I didn’t expect, nor could predict.” https://ow.ly/buMw50V72XE ??: Nicole Fandel

Knitted microtissue can accelerate healing: Lincoln Laboratory and MIT researchers are creating new types of bioabsorbable fabrics that mimic the unique way soft tissues stretch while nurturing growing cells. https://ow.ly/yrJK50V69Gk

This week MIT Lincoln Laboratory is excited to attend the SPIE Advanced Lithography + Patterning Conference in San Jose, CA. We are thrilled to be surrounded by other leading researchers who are solving challenges in optical and EUV lithography, patterning technologies, metrology, and process integration for semiconductor manufacturing and adjacent applications. https://ow.ly/KETF50V5qQb