A neural network system that analyzes photographs can rank and distinguish suspicious, potentially precancerous skin lesions, which can turn into the deadly skin malignancy melanoma if not caught and removed early. Learn more in Science Translational Medicine: ($) fcld.ly/rb4zdxv

Solar energy is cheap & abundant. So why do so few have access? I just signed the Greater Grid Pledge to help change that. Join me in advancing solar for all by adding your name too. Do it for #EarthDay. Do it #ForTheGreaterGrid → bit.ly/3sR0s5S Arcadia

What if your face mask could tell you if you have #COVID19? Now it can. Researchers from the Wyss and Massachusetts Institute of Technology (MIT) embedded freeze-dried cell-free biological reactions into a face mask, enabling it to detect SARS-CoV-2 in a patient's breath quickly and accurately. wyss.harvard.edu/news/face-mask…

Clothes that can detect pathogens? Yes, new research Wyss Institute has just unveiled the #CRISPR face mask using freeze-dried CRISPR enzymes to detect #COVID19 and other pathogens. Luis R. Soenksen #crisprmedicine crisprmedicinenews.com/news/crispr-fa…

Wearable disposable sensors that can also be placed on face masks to accurately determine covid via a person's breath or environmental exposure Just out Nature Biotechnology nature.com/articles/s4158… Wyss Institute Luis R. Soenksen MIT IMES

Wearable materials with embedded synthetic biology sensors for biomolecule detection go.nature.com/3y24Wc5

😷 Textiles from the fashion industry have been repurposed with sensors to detect COVID-19 🔬 Important work from MIT Jameel Clinic for AI & Health faculty lead Professor Jim Collins and venture builder Luis R. Soenksen, with Wyss Institute, MIT IMES, and other colleagues

"We have essentially shrunk down an entire laboratory testing into a format that can be incorporated into any face mask." Luis R. Soenksen Learn more about these face masks that could detect #COVID19. #Diagnostics

Congratulations to all the people involved in our new publication in Biomaterials!!!!!! Congrats Jason and Shun 🤠😃!!! Free access here! authors.elsevier.com/c/1dRxxWWN0osfi

Listen to this podcast interview with Wyss Postdoc, Luis R. Soenksen.

We love the image on this month's Nature Nanotechnology cover. Learn more: wyss.harvard.edu/news/electrode…

Wyss Institute Nature Nanotechnology I love it too 😍

What if the face mask that's protecting you from the spread of COVID-19 could also diagnose it? Wyss researchers have integrated freeze-dried cell-free biological reactions and synthetic biology circuits into fabric to create wearable diagnostic masks. wyss.harvard.edu/technology/wfd…

Just posted a photo @ Wyss Institute for Biologically Inspired Engineering instagram.com/p/CWLi7gdrGmL/…

Have a safe & happy new year! May 2022 be filled with innovations that make our work a better place.

"We have essentially shrunk an entire diagnostic laboratory down into a small, synthetic biology-based sensor that works with any face mask, and combines the high accuracy of PCR tests with the speed and low cost of antigen tests." -Peter Nguyen wyss.harvard.edu/technology/wfd…

Thrilled our COVID-SENSING MASK Nature Biotechnology is now competing for 2022 #STATMadness! Login, vote for us and support your other favorite teams here: buff.ly/3vt8MNd Our research here: statnews.com/wp-content/upl… #STATMadness

New article! Read Integrated multimodal artificial intelligence framework for healthcare applications dlvr.it/SYgN88 in npj Digital Med

Machine learning papers often present new architectures as simple circuit diagrams. What's stopping us from writing code the same way? Well, skip connections and layer repetition aren't abstracted in pytorch... so I wrote torch-circuit to fill this gap!