Live Breaking News & Updates on Printed Hybrid

Stay updated with breaking news from Printed hybrid. Get real-time updates on events, politics, business, and more. Visit us for reliable news and exclusive interviews.

Bioprinted Electronic Hybrid Materials

In an article recently published in the open-access journal Polymers, researchers discussed the utility of bio-based polymeric substrates on printed hybrid electronics. ....

Surbhi Jain , Surbhi Jainmay , Susha Cheriyedath , Olena Yakobchuk Shutterstock , Polymeric Substrates For Printed Hybrid Electronics , Bio Based Polymeric Substrates , Printed Hybrid , Image Credit , Based Polymeric Substrates ,

Researchers 3D print complex micro-optics with improved imaging performance


 E-Mail
IMAGE: In tests of the new lenses, the reference lens (left) shows color seams due to chromatic aberrations. The 3D printed achromat lenses (middle) reduced these drastically while images taken with.
view more 
Credit: Michael Schmid, University of Stuttgart
WASHINGTON In a new study, researchers have shown that 3D printing can be used to make highly precise and complex miniature lenses with sizes of just a few microns. The microlenses can be used to correct color distortion during imaging, enabling small and lightweight cameras that can be designed for a variety of applications.
The ability to 3D print complex micro-optics means that they can be fabricated directly onto many different surfaces such as the CCD or CMOS chips used in digital cameras, said Michael Schmid, a member of the research team from University of Stuttgart in Germany. The micro-optics can also be printed on the end of optical fibers to create very small medical endoscop ....

United States , Harald Giessen , Miguel Alonso , Michael Schmid , Nanoscribe Gmb , Simon Thiele , Marseille Universit , Institute Of Technical Optics In Stuttgart , Optical Society , University Of Rochester , University Of Stuttgart , Optics Letters , Nanoscribe Gmbh , Technical Optics , Printed Hybrid , Diffractive Achromat , Visible Wavelength Range , Editor In Chief Miguel Alonso , Institut Fresnel , Centrale De Marseille , Aix Marseille Universit , ஒன்றுபட்டது மாநிலங்களில் , ஹரால்ட் கிஎஸ்சென் , மிகுவல் அலோன்சோ , மைக்கேல் ஸ்கிமிட் , சிமோன் திிேலே ,

Argonne Nat'l Lab webinar: "Materials for Printed Hybrid Electronics"


Wednesday, May 19, 2021 • 1:00 p.m. – 3:00 p.m. CT
Advancements in material and device fabrication technologies have enabled the proliferation of low-cost, low-power, printed hybrid electronic devices for a variety of applications, including chemical sensors, radio frequency (RF) antennae, lab-on-chip health care devices, organic neuromorphic devices, and more. The next generation of printed hybrid electronics will require materials with unprecedented performance, durability, and recyclability, creating a continuing need for materials innovation.
Experts from industry, government, and academia will discuss the state-of-the-art in materials for printed hybrid electronic devices for communication, sensing, and computing. The experts also will survey the next-generation materials that are now being discovered, developed, and commercialized. The webinar will feature a live tour of the state-of-the art equipment, technologies, and resources available to industry partners at ....

Angel Yanguas Gil , Stijn Gillissen , Sihong Wang , Matthew Dyson , Eric Forsythe , Yuepeng Zhang , Mark Hersam , Walterp Murphy , Melbs Lemieux , Matthew Tirrell , Army Research Laboratory , Roberta Millikan Distinguished Service Professor , Materials For Printed Hybrid Electronics , Materials Engineering Research Facility , Nextflex Manufacturing Institute , Us Department Of Energy , Global Head Printed Electronics , Argonne National Laboratory , Technology Analyst , University Of Chicago , Northwestern University , Printed Hybrid , Nanoscale Materials , Advanced Photon Source , Principal Materials Scientist , Program Manager ,