President at InFlo Medical | VP of Technology and Product Development at X-COR Therapeutics
Excited to join the Wearable Tech panel on Friday! Register here to watch: https://lnkd.in/epcDAeQW
Join us on Friday for the Baltimore Innovation Session featuring #wearabletech We’re honored to have panelist Nicholas Williams join us. Register today: https://lnkd.in/eMBwXT5B
President at InFlo Medical | VP of Technology and Product Development at X-COR Therapeutics
We are hiring! Come join the X-COR Therapeutics team.
X-COR Therapeutics is growing! We are hiring an R&D Engineer to support our technology development. Know anyone who might be interested? #technology #engineer #meddevice
President at InFlo Medical | VP of Technology and Product Development at X-COR Therapeutics
Boris Djiguemde and Jenny Pham have truly been invaluable members of the X-COR Team. Together we were able to accomplish amazing work. Thank you both!
Thank you so much to our amazing interns Jenny Pham and Boris Djiguemde. Your work this summer has catapulted X-COR's development forward. We could not have done it without you!
Nicholas Williams reposted this
Wearable Tech Ecosystem Builder and Founder | Board Advisor | Innovator | Daring to Lead Global Innovation with Purpose
What started as a dream has turned into reality because of amazing innovators, a strong advisory team and a community that cares about our future. The proof is in the pudding. Wearable Tech Ventures is a 501c3 dedicated to developing and promoting wearable technology with a goal to support 100 startups by 2030. This experience is FREE and not only provides the opportunity to develop ideas for pitch, but technical skills training so that participants can build apps, games, platforms and devices. It’s not too late to partner or DONATE $ at https://lnkd.in/epUkZqC To send a check directly, contact us at [email protected] to receive a receipt. Our 501c3 number is on our website and can be found in many corporate matching directories. Thank you to everyone that has shared, supported, connected us to partners and will continue to ensure we get MAXIMUM COVERAGE because we are changing lives while designing the future. https://lnkd.in/epUkZqC
President at InFlo Medical | VP of Technology and Product Development at X-COR Therapeutics
Wearable technology is the future of medicine. The transition to telemedicine requires automated and integrated sensing. Wearable Tech Ventures is helping to make that promise a reality through our focus on entrepreneurship and education. Great article by the Baltimore times on LaKisha Greenwade and WTV.
Our journey has been one for the books. Thank you Baltimore Times for seeing our leader and the impact we can make around the world. https://lnkd.in/ghCkQATf
President at InFlo Medical | VP of Technology and Product Development at X-COR Therapeutics
I am thrilled with all of the coverage surrounding my all-carbon recyclable transistors. Here is a great IEEE spectrum article about the work.
I posted the scientific article about my group's work on printed recyclable carbon electronics a few days ago, but thought I'd share some of the news coverage the work has received since then. Check out this article from IEEE Spectrum: #recyclableelectronics #printedelectronics #carbonnanotubes
President at InFlo Medical | VP of Technology and Product Development at X-COR Therapeutics
What does the future look like for electronics? I'm really excited to share my research group's advancement, just published in Nature Electronics, on printing recyclable electronics from all-carbon-based inks. Change starts with important discoveries, and Nicholas Williams had several in the excellent work he did for this project. We demonstrate some of the highest performance thin-film transistors ever to be printed on paper substrates, all from carbon-based electronic inks: semiconducting carbon nanotubes, conducting graphene, and insulating nanocellulose (an extract from wood fiber). The devices are stable for months, operate at low voltages, and then are recyclable -- we reclaim and reuse the constituent nanomaterials for more printed electronics. With electronic waste (e-waste) literally piling up, these results open the way for incredible possibilities for the internet-of-things (IoT) future. Link to the technical article is below in the comments for a free online view. A link to a high-level news/views article is also included in the comments for those interested.