RLE at MIT
@RLEatMIT
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The Research Laboratory of Electronics (RLE) at the Massachusetts Institute of Technology (MIT)
Cambridge, MA
Joined January 2012
Throwback to when We extended NADH imaging depth beyond 700 μm using three-photon excitation at 1100 nm - enabling faster, deeper, nondestructive imaging of living tissues. A leap for cancer research, immunity, & tissue engineering! 🔬 #ThrowbackThursday #Science #Microscopy
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We mourn the loss of Prof. Rainer Weiss (1932–2025), MIT physicist & Nobel laureate. He conceived LIGO, confirmed Einstein’s theory with the detection of gravitational waves, and mentored generations of scientists. His legacy reshaped our view of the universe. 🔗
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MIT researchers have developed a compact infrared frequency comb that enables rapid, precise chemical detection 🌍🔬. This breakthrough could power portable spectrometers + high-resolution remote sensors. 👉 Read more: https://t.co/N70BaeIEiL
#MIT #Photonics #Research
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MIT researchers have developed an iPad-based eye movement assessment system that matches the accuracy of a clinical-grade tracker, opening the door to scalable, cost-effective screening and monitoring for Parkinson’s disease! 🧠📱 🔗Read More: https://t.co/J2mlsUI8By
#MIT
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🏆 Congrats to Daniel Monagle, Eric A. Ponce & Prof. Steven B. Leeb for winning the 2025 IEEE Sensors Journal Best Paper Award for “Rule the Joule.” Shaping the future of self-powered sensor tech! 🔋⚡ Read more: https://t.co/nU10yD7Ts9
#MIT #MITResearch #BestPaperAward
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Throwback: MIT’s Quantum-Nanostructures & Nanofabrication group and global collaborators achieved on-chip petahertz electronics for single-shot phase detection, a leap for ultrafast optics & attosecond science!🔬 Find full paper here: https://t.co/WHpOgRno0q
#UltrafastScience
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🎸 Welcome Prof. Mark Rau to RLE! Now a Principal Investigator with a joint appointment in Music & Theater Arts + EECS 🎭💻 His work hits all the right notes: 🎧 Musical acoustics 📈 Audio signal processing 🛠️ Physical modeling 🎸 Guitar tech & luthiery Welcome aboard, Mark!
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MIT researchers led by Professor Muriel Médard and collaborators developed a transmitter chip that slashes power use and signal errors, paving the way for efficient 6G & IoT tech. 🔗Read the full MIT News: https://t.co/qVlml3sSWj
#MIT #6G #IoT #WirelessTech #TechInnovation
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New Quantum Insights on Light Scattering by Single Atoms! MIT researchers uncover how single ultracold atoms scatter light - showing coherence isn’t linked to trapping. Insights into atom-photon entanglement and quantum optics! 🔬 Full paper: https://t.co/qIR6pL3SVH
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Innovation with purpose! 🚀🔬 At MIT’s Research Lab of Electronics, we’re transforming deep tech into real-world systems, from nanoscale circuits to global impact. #MIT #MITResearch #ScienceAndTechnology #InnovatingForTheFuture #ProudToBeMIT
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Exciting news! The manuscript “Two to One: Entropic Considerations in Upconversion” has been published in @ACSPublications JPC Letters - featuring stunning cover art by Sampson Wilcox! 🔬🌟 #MyACSCover #PhysicalChemistry #EnergyScience #MIT #RLEatMIT #Upconversion Read more
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🏅 Congrats to MIT’s Emma Wawrzynek, winner of the 2025 Helen Carr and William T. Peake Memorial Prize! She’s developing a fully implantable microphone to advance cochlear implants—no external devices needed. #MIT #HelenCarrPrize #BiomedicalEngineering #HearingTech #RLE
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🏅Congrats to MIT’s Reed Foster, winner of the 2025 Claude E. Shannon Award! His work on superconducting nanowire circuits for single-photon detectors is pushing boundaries in quantum networking and optical comms. #MIT #QuantumTech #Photonics #ClaudeShannonAward #RLE
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🏅Congrats to MIT’s Honghao Cao, winner of the 2025 Helen Carr and William T. Peake Memorial Prize! His work in nonlinear microscopy is enabling real-time 3D imaging of drug delivery deep in living tissues. #MIT #Biophotonics #BiomedicalImaging #HelenCarrPrize #RLE
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🔬In 2006, Daniel Kleppner received the National Medal of Science from President George W. Bush, honored as “the godfather of extra-cold atoms.” His pioneering work helped shape BECs, atomic clocks & quantum tech - proof of how U.S. research communities drive lasting global
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A glimpse inside a Quantum Computer! 🌀 At MIT, researchers are advancing the foundations of quantum computing, from qubits to algorithms. MIT’s leadership reflects the strength of U.S.-based research communities shaping the future of tech. #QuantumComputing #MITRLE #USScience
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PhD student Sabrina Corsetti is shaping the future with integrated photonics, developing pocket-sized 3D printers, optical tractor beams and more at MIT. “Physicists are the real wizards,” her dad once said - and he was right! 🔗 Read more about her research here:
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At MIT’s Research Laboratory of Electronics, bold questions lead to real-world breakthroughs, from quantum computing to brain–body interfaces. Because every great discovery begins with a spark of wonder. #MIT #BeInspired #InnovationInFocus #TechArt #PrecisionDesign
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In @veritasium’s latest video, MIT’s Prof. Kevin Chen reveals how flapping-wing robots are designed, powered, and tested - using soft actuators and lightweight materials. 🎥 Watch full video: https://t.co/IAeK1kXZTC
#MITResearch #SoftRobotics #KevinChen #BioinspiredDesign
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