This post tries to convey the information about the breakthrough achieved by researchers who have created a metallic compound which exhibits superconductivity near room temperature
External Article: Superconductivity@RT??
Anti-Dust Fan…What is the Science Behind It??
The post tries to elucidate the science behind the anti-dust fans
What is IEEE 802.11bb Protocol?
This post talks about the IEEE protocol which has been assigned for Visual Light Communication(VLC)
External Article: A Scalable Production Technique for Graphene demonstrated at MIT
This post talks about the breakthrough achieved by MIT engineers in developing a continuous manufacturing process that produces long strips of high-quality graphene. This approach will assist in establishing a reliable method for mass production & adoption.
External Article: Mimicking Sensory Nerves using Organic Electronics
Researchers over the years have been trying to study the human body and develop functionalities in accordance with it. In line with this thought, researchers have emulated a sensory(afferent) nerve. This artificial mechanoreceptor was used to control an insect's disabled leg and distinguish braille characters. This system has potential for application in domains like neurorobotics & neuroprosthetics.
Flexible Display..III-Nitride Material Use Possible???
The article discusses the efforts made by researchers to grow inorganic Gallium Nitride(GaN) using graphene as buffer/ substrate to address the issue of thermal budget among others. This heterostructure can open new venues for Flexible Electronics and Optoelectronics
External Article: Low loss & High-Speed GaN power transistor from Panasonic
This post talks about the breakthrough achieved by Panasonic Corporation in developing low loss and high speed GaN power transistor. This will assist in establishing the reliability for mass scale production and adoption.
External Article: Binary Oxide for Neuromorphic Circuits
This post talks about the ongoing research work under EU's Horizon 2020 program to find substitute for Silicon in Low-Power Electronics and Memories
External Article: Another Step Towards Oxide based Optronics
This post talks about attempts to grow oxide materials on Si & III-V substrate for being commercially viable
