Articles

  • 2 days ago | industrytap.com | Nidhi Goyal

    A Novel Approach to Volcano MonitoringA groundbreaking new study by NASA reveals an unexpected ally in predicting volcanic eruptions: tropical trees. This innovative research demonstrates that subtle shifts in the health and color of tropical foliage, observable through satellite imagery, can act as an early indicator of subsurface volcanic activity, potentially providing a warning days or even weeks before an eruption occurs.

  • 3 days ago | industrytap.com | Nidhi Goyal

    Scientists from the Universities of Sussex and Exeter have uncovered widespread microplastic contamination in land-based invertebrates. Their discovery raises serious concerns that Britain’s entire food chain could be at risk. The team analyzed hundreds of insect and worm samples to reach this conclusion. Their research shows that plastic pollution doesn’t just affect the oceans anymore. It now threatens soil ecosystems—and could also harm human health.

  • 3 days ago | industrytap.com | Nidhi Goyal

    Researchers at the University of Edinburgh have achieved a remarkable breakthrough in robotics. They developed a soft robot that prints in one piece and walks right after. This cutting-edge innovation, introduces the “Flex Printer” — a low-cost, open-source 3D printing system designed to make soft robotics more accessible. Soft robotics uses flexible materials for safer, adaptable machines, but high costs made them hard to build.

  • 4 days ago | industrytap.com | Nidhi Goyal

    A revolutionary electronic tattoo is set to transform how we detect and prevent mental burnout and cognitive overload. Published in the Cell Press journal Device, this innovative e-tattoo comes from researchers including Nanshu Lu and Luis Sentis at the University of Texas at Austin. The device objectively tracks brainwaves and eye movements to gauge mental strain.

  • 4 days ago | industrytap.com | Nidhi Goyal

    Chinese scientists have developed a cutting-edge laser imaging system capable of reading letters smaller than a grain of rice—from a distance of more than 1.3 kilometers (nearly a mile) away. This breakthrough could redefine what’s possible in remote sensing, surveillance, and scientific observation. Unlike traditional imaging systems that rely on lenses or mirrors to form images, this setup uses a method called active intensity interferometry.

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Nidhi Goyal
Nidhi Goyal @NidhiGo25253390
5 Aug 20

Fungi from Chernobyl Reactor Could Protect Astronauts from Cosmic Rays - Industry Tap https://t.co/hCqIebRlCH via @IndustryTap

Nidhi Goyal
Nidhi Goyal @NidhiGo25253390
26 Aug 19

Mysterious Mount Kailash, is it a Giant Man-Made Pyramid by Some Superhuman Divine Being - Industry Tap https://t.co/9DWOKwCKXl via @IndustryTap

Nidhi Goyal
Nidhi Goyal @NidhiGo25253390
25 Jun 19

Lightweight Foam Stops Bullets As Effectively As Steel - Industry Tap https://t.co/xXhCJ6NQ5I via @IndustryTap