Rupendra Brahambhatt is a Freelance Science Writer. He specializes in a wide range of topics including physics, materials science, environmental engineering, and biology, with a keen focus on climate change and its impact on the environment. Rupendra's work has been featured in prominent publications such as MSN, Ars Technica, Business Insider, and WIRED, among others.
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Wales, United Kingdom (Local)
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Rupendra Brahambhatt's coverage focuses heavily on scientific themes, particularly in the realm of technology, robotics, artificial intelligence, space exploration and wildlife. His articles often cite data to support the presented information.
Given this focus, Rupendra may be responsive to pitches that offer insights from experts working in these fields or have access to relevant data that can contribute to a deeper understanding of the topics covered. Additionally, he might be interested in industry-specific developments within technology and science sectors.
It is important for those pitching to Rupendra to ensure their content aligns with his focus on scientific themes and presents accurate data where applicable.
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By: Rupendra Brahambhatt
Comet fragments may have sparked Earth's mysterious 1,400-year cold spell.
By: Rupendra Brahambhatt
Dream big or not but you should definitely dream more while sleeping. We usually judge a good night's sleep by how many hours we get.
By: Rupendra Brahambhatt
Plastic can fool nature's cleanup crew, but one bacterial enzyme knows exactly where to bite.
By: Rupendra Brahambhatt
The burial site also held three horse skeletons, a young bull, and a possible human sacrifice, hinting at some bizarre funerary rituals.
By: Rupendra Brahambhatt
From rejected batches to renewable fuels, researchers are exploring how ice cream makers could reuse ingredients they discard.
By: Rupendra Brahambhatt
CO2 capture in under one second: Scientists test a faster way to clean air A machine inspired by an ancient water pump can now operate at the scale of a single molecule.
By: Rupendra Brahambhatt
Researchers miniaturized the Archimedes’ screw down to a single molecule, opening new pathways for nanoscale electronics and spintronics.
By: Rupendra Brahambhatt
Researchers in Japan have developed a compact silicon optical modulator that transmits data at up to 200 gigabits per second (Gb/s), using slow-moving light and a built-in electrical equalizer to overcome a speed limitation that has hindered similar devices.
By: Rupendra Brahambhatt
Nicknamed the ‘dragon egg,' this object could offer a rare look at how massive stars begin forming. The researchers describe it as “a promising compact high-mass core candidate” in their study.
By: Rupendra Brahambhatt
The findings could help scientists understand the limits of Einstein's theory of general relativity and investigate whether black holes can behave in ways that challenge our current understanding of the universe.
