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Dhananjay Kumbhar
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Research
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Future of AR/VR experinces-Hand Surface Tracking with Elasticity
These Chirality logic gates can able to perform ultrafast logical operation
News on Research Work
Dhananjay Kumbhar
Home
Research
Research Interest
Publications
Collaborations
Blogs
Future of AR/VR experinces-Hand Surface Tracking with Elasticity
These Chirality logic gates can able to perform ultrafast logical operation
News on Research Work
More
Home
Research
Research Interest
Publications
Collaborations
Blogs
Future of AR/VR experinces-Hand Surface Tracking with Elasticity
These Chirality logic gates can able to perform ultrafast logical operation
News on Research Work
Dhananjay Kumbhar - Future of AR/VR experinces-Hand Surface Tracking with Elasticity
Credit @ Meta research (Facebook)
Dhananjay Kumbhar - These Chirality logic gates can able to perform ultrafast logical operation
Modern high-speed mobile networks and Internet of Things devices are generating exponentially increasing amounts of data. This has driven the rapid development of optical computing and processing because of their fully reconfigurable ability and multifunction programmability. All-optical logic
Engineers from MIT Fabricate a Chip-Free, Wireless Electronic 'Skin'
Without the need for expensive chips or batteries, the fabricated device can detect and wirelessly transmit signals associated with pulse, sweating, and UV exposure. Today, the preponderance of wireless sensors communicates using integrated Bluetooth chips, which are powered by tiny batteries.
Steve Jobs become alive for 20 long minutes generated by Podcast.ai
Yes! Headline make you feel like you read something ridicules, But surprisingly it is true. No doubt AI is the next innovation frontier, but shocking how excellently it's getting.
Scientists from Penn State University developed Two-dimensional monolayer energy-efficient active pixel sensors
Low-power and compact active pixel sensor (APS) matrices are desired for resource-limited edge devices. Here, the authors report a small-footprint APS matrix based on monolayer MoS2 phototransistor arrays exhibiting spectral uniformity, reconfigurable photoresponsivity, and de-noising capabilities a
Scientists from KAIST and PNU universities developed Artificial muscles that are 17 times stronger than human muscles
The Korea Advanced Institute of Science and Technology (KAIST) Department of Materials Science and Engineering Professor Sang-Wook Kim's team together with Pusan National University Professor Seok-Gyun Ahn's team developed an artificial muscle that is 17 times stronger than human muscle. The researc
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