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AngioSoma, Inc. Is Pleased To Welcome Dr. Leonard Wisneski, MD, FACP As The Medical Advisory Board Chairman ACCESSWIRE 04 May 2021, 22:31 GMT+10 Dr. Wisneski's medical and teaching experience will play a key role in the growth of AngioSoma. RICHLAND, WA / ACCESSWIRE / May 4, 2021 / AngioSoma, Inc. (OTC PINK:SOAN) has added Dr. Leonard Wisneski, MD, FACP as the Chair of the Medical Advisory Board. Dr. Wisneski's experience in frontier sciences, patient care, and integrative health, as well as his leadership roles at major health care organizations will bring additional resources and expertise ...

 E-Mail IMAGE: (a) Schematic structure of polarized light detector. (b) Photoconductivity parallel and perpendicular to the interface. (c) Photoconductivity anisotropy versus excitation power. (d) Angle-resolved photocurrent as a function of polarization angle... view more  Credit: @Science China Press Polarization-sensitive photodetectors, based on anisotropic semiconductors, have exhibited wide advantages in specialized applications, such as astronomy, remote sensing, and polarization-division multiplexing. For the active layer of polarization-sensitive photodetectors, recent rese...

 E-Mail IMAGE: Left: Frozen waterfall in a rural area west of Beijing, China (photo taken by Fei Zheng on Feb 17); Right: A snow-capped car in Austin, Texas USA (photo taken by... view more  Credit: Fei Zheng/ Zong-Liang Yang China is just one of many countries in the Northern Hemisphere having what researchers are calling an "extremely cold winter," due in part to both the tropical Pacific and the Arctic, according to an analysis of temperatures from Dec. 1, 2020, to mid-January of 2021. A country-specific case study, the investigation potentially has far-reaching implications for ...

Written by AZoOpticsJan 21 2021 Robots are extensively used to paint airplanes, make cars, and sew clothing in factories. However, the assembly of microscopic components, for example, those used for biomedical applications, is yet to be automated. Lasers could offer a solution to this problem. Scientists have now used lasers to develop miniature robots using bubbles that lift, drop, and control tiny pieces into interconnected structures. The study results have been published in the ACS Applied Materials & Interfaces journal. With the miniaturization of manufacturing, objects with a length on...

Credit: Video credit belongs to the American Chemical Society. Robots are widely used to build cars, paint airplanes and sew clothing in factories, but the assembly of microscopic components, such as those for biomedical applications, has not yet been automated. Lasers could be the solution. Now, researchers reporting in ACS Applied Materials & Interfaces have used lasers to create miniature robots from bubbles that lift, drop and manipulate small pieces into interconnected structures. Watch a video of the bubble microrobots in action here. As manufacturing has miniaturized, objects are now ...