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:

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

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: #MITResearch #SoftRobotics #KevinChen #BioinspiredDesign

In the heart of MIT, the Research Laboratory of Electronics pulses with curiosity, collaboration, and discovery. 🌟🔍. Here, we don’t just ask questions, we build the answers. #MIT #BeInspired #InnovationInFocus #TechArt #PrecisionDesign #ScienceVisuals #EngineeringLife

A review from MIT RLE explores advances in multifunctional bioelectronics for studying brain, body circuits. From electrical to chemical interfaces, these technologies are expanding how we study neurophysiology and behavior. 📖 Read the full article at:

Innovation starts here. 💡 At MIT’s Research Laboratory of Electronics, we go beyond boundaries, bridging science and imagination to solve real-world challenges. Be bold. Be curious. Be inspired. Catch the latest from RLE: #MIT #BeInspired

MIT physicist Riccardo Comin has won the 2025 Friedrich Wilhelm Bessel Research Award. This €60,000 supports international collaboration in quantum materials research with colleagues in Germany.🇩🇪🔬. 🔗 Read full article here: #QuantumMaterials

At RLE, the future doesn’t wait — we create it!. Driven by bold ideas and fearless collaboration, our researchers are advancing quantum technologies, AI, photonics, and beyond. Innovation isn’t just a goal. It’s how we think. Be inspired. Be the breakthrough💡. #MIT #BeInspired

RT @MIT: MIT just built a device that lets quantum processors talk to each other directly, enabling an information-carrying photon to trave….

#TBT to the discovery of chiral superconductivity in rhombohedral graphene at MIT — breaking time-reversal symmetry & hinting at Majorana modes. A bold step toward topological quantum computing. ⚡️🧠. #MIT #MITResearch #QuantumLeap #Graphene #MITPhysics #ThrowbackThursday

Be inspired by the cutting edge! . At MIT’s RLE, bold ideas, breakthrough research, and boundary-pushing science come together to shape the future. 🔬💡. ➡️ Stay informed by visiting: #MIT #RLE #Research #Innovation #BeInspired #ScienceInAction

Big news from MIT!. Prof. Anantha Chandrakasan—longtime RLE researcher and former Dean of Engineering—has been named MIT’s new Provost. A visionary leader in low-power tech, AI, and climate innovation, he’s championed programs like SuperUROP and MIT HEALS. 🔗

RT @MITEngineering: Dean Anantha Chandrakasan has been named MIT’s new provost, effective July 1. He has served as the dean of the School o….

RLE is MIT’s leading interdisciplinary research lab—where innovation meets collaboration. We provide visionary leadership, vibrant academic communities, and strategic support to shape the future.🔬. 🔗 Stay updated with RLE news at #MIT #MITResearch

Where curiosity meets creation. 🔬⚡ At MIT's Research Laboratory of Electronics, ideas turn into innovation—every wire, waveform, and wonder built by minds pushing the frontier of what's possible. #BeInspired #MITResearch #FutureInTheMaking

#Throwback to MIT’s mind-blowing discovery: electrons forming crystals inside graphene sheets just atoms thick. A milestone in quantum materials still sending ripples through physics. 🧠❄️.#QuantumThrowback #MITPhysics #Graphene. Read full article:

Behind every breakthrough is a moment of curiosity. 🔬At MIT, we're not just building technology—we're building the future. #MIT #Innovation #STEM #BeInspired #FutureMakers. Be bold. Be brilliant. Be inspired.💡

MIT physicists have discovered a new form of magnetism called "p-wave magnetism " that allows electrical switching of electron spin, offering a path to ultrafast, energy-saving spintronic memory devices. #MIT #MITNews #Physics #Spintronics #TechNews #Innovation. 🔗 Read more:

#Throwback to a superconducting breakthrough: A full-wave bridge rectifier on a chip—low power, high speed, built for the quantum era. Read more here: . #MIT #MITRLE #QuantumTech #BeInspired #InnovationInFocus #Superconductors #throwbackthursday

At the intersection of precision and possibility, innovation emerges. What you see here is more than just complexity—it’s the building block of discovery. #MIT #BeInspired #Innovation #ResearchInTheMaking