The ISN is a team — MIT, the Army, and industry – working together to discover and field technologies that advance Soldier protection and survivability.
Cambridge, MA
Joined October 2015
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Great new paper in @Nature from @MIT & @MITMechE's @CarlosMPortela. Important research results that, through innovative characterization techniques developed, could impact a broad spectrum of S&T to come.
@DoDCTO @armyfutures @usarmy_devcom @ArmyResearchLab-funded @NNInanonews
Nature research paper: Dynamic diagnosis of metamaterials through laser-induced vibrational signatures go.nature.com/47tEyJQ
Gratified and proud that the @MIT_ISN and @usarmy_devcom @ArmyResearchLab funding has been able to play a role in this important research that may lead to lives saved both on and off the battlefield.
#nanotechnology #research @DoDCTO @MIT @MITChemE @USArmy @armyfutures
Engineers have designed materials that can be injected into the body to form blood clots at sites of internal injury. The technology mimics the body’s natural clotting process. mitsha.re/2UYw50NRjNZ
ALT A tubular red vein is on a decorative background. Inside, 2 clumps of red blood cells are clotting, thanks to two types of nanoparticles, depicted as light blue and white icons.
@MIT research, funded by @ArmyResearchLab through @MIT_ISN, strengthens photon-electron interactions and produces 100x light emission from Smith-Purcell radiation.
#nanotechnology #nanoscience #research #MIT @DeptofDefense @DoDCTO @USNavyResearch @AFOSR
news.mit.edu/2023/electron-t…
A new system from an @MIT_ISN research scientist and ISN-affiliated @MIT professor from @MITmath designs nanomaterials to conduct heat in specific ways. The system may help lead to computer chips that cool themselves and advanced thermoelectric materials.
news.mit.edu/2022/nanomateri…
@MIT engineers, supported by @MIT_ISN and @ArmyResearchLab, have developed a new shape-memory ceramic with metal-like hysteresis, opening the door to practical, high-temp applications.
Research published in @Nature. news.mit.edu/2022/shape-memo…
Stamp-sized hydrogel-based ultrasound sticker for continuous medical imaging over 48 hours
Very proud that @MIT_ISN was able to support another important piece of research led by @MIT's & @MITMechE's @ProfZhaoMIT, just published in @ScienceMagazine.
In a new Science study, researchers introduce BAUS, a wearable ultrasound device that provides 48 hours of continuous imaging of diverse internal organs. The device could enable diagnostic and monitoring tools for various diseases.
Learn more: fcld.ly/e8ke81j
A postage stamp-sized hydrogel-based ultrasound sticker for continuous medical imaging over 48 hours.
Very proud that @MIT_ISN was able to support another important piece of research led by @MIT's & @MITMechE's @ProfZhaoMIT, just published in @ScienceMagazine.
Wow. A wearable ultrasound patch for continuous, on the go, high-quality imaging of most parts the human body.
A remarkable new innovation with diverse clinical applications @ScienceMagazine science.org/doi/10.1126/scie… @ProfZhaoMIT @ChongheWang @MIT @MITMechE
It's great to have you as part of #TeamISN, @CarlosMPortela!
@MIT Prof. Carlos Portela of @MITMechE on his research and "taking 3D architected materials out of the lab and into the real world." Full @mit_ilp faculty profile & video profile: shar.es/aWBhKt
ALT A photo of Prof. Carlos M. Portela, d’Arbeloff Career Development Assistant Professor in MIT’s Department of Mechanical Engineering, overlooking the Charles River and the skyline of Boston. From an MIT Industrial Liaison Program (ILP) faculty feature on Prof. Portela.
Significant advancement in scintillation by a team with @MIT researchers from @MIT_ISN and partially funded by @ArmyResearchLab could lead to an order-of-magnitude improvement in x-ray imager efficiency.
Research article in @ScienceMagazine.
news.mit.edu/2022/scintillat…
MIT scientists affiliated with @MIT_ISN create a super plastic that’s 2 times stronger than steel fastcompany.com/90718935/sci…
An @MIT team led by Prof. Michael Strano of @MITChemE, partially funded by @MIT_ISN and working with researchers from @ArmyResearchLab, create a groundbreaking lightweight polymer that is stronger than steel and self-assembles in 2-dimensional sheets.
news.mit.edu/2022/polymer-li…
Proud that an @ISNatMIT paper co-authored by @MIT professors Joannopoulos and Soljačić of @MIT_Physics was a @NaturePhysics editor's choice for most notable papers of the journal's first 15 years & its top article on optics. Funding by @usarmyccdc - @ArmyResearchLab through #ARO.
Sweet fifteen | Nature Physics turns 15 this month, so we thought we'd celebrate 🎉
go.nature.com/34k8IjI
Great ISN-supported research, as personnel "from MIT, Harvard University, and the U.S. Army have built a compact device, the size of a shoebox, that works at room temperature to produce a terahertz laser whose frequency they can tune over a wide range."
news.mit.edu/2019/tunable-te…
With that voice, is there really any question as to why they “inexplicably” agreed to be on Jones’ show??