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  • ☢️ Rolls-Royce’s mini space nuclear reactor gets funding, ‘dark oxygen’ factory discovered 13,000 feet below sea level, intersex mosquitoes may help stop Zika, dengue

☢️ Rolls-Royce’s mini space nuclear reactor gets funding, ‘dark oxygen’ factory discovered 13,000 feet below sea level, intersex mosquitoes may help stop Zika, dengue

Plus: Complete recycle of solid-state batteries is now possible, thanks to polymer layers


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Rolls-Royce has secured funding from the United Kingdom Space Agency under the National Space Innovation Program (NSIP) for more support to the development of its space nuclear power technology.

The $6.2 million (£4.8 million) award will help Rolls-Royce advance the development and demonstration of key technologies in the space nuclear micro-reactor.

The Rolls-Royce NSIP will have a total project cost of $11.7 million (£9.1m), it aims to bring the reactor closer to a full system space flight demonstration. For more on this development, check out today’s Must-Read.

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The project is being carried out to meet the demand for reliable power supply in space, which can help enable long-term exploration on the Moon and beyond.

The company had unveiled the conceptual model design of a nuclear Space Micro-Reactor that may one day supply electricity for a lunar settlement. The prototype was presented at the UK Space Conference held in Belfast last year.

The unavailability of sunlight on the south side of moon poses a problem for researchers and other expeditions. This is where the nuclear-powered reactor can come in handy, and it could also lay the groundwork for powering continuous human presence on the Moon.

Scientists may have spotted another route for oxygen production in the deep ocean floor. They discovered oxygen-emitting metallic minerals 13,000 feet below the surface.

Aiming to study the seabed and its features in the Pacific Ocean focusing on the Clarion-Clipperton Zone, an international team of scientists undertaking the research ended up discovering polymetallic nodules on the deep-ocean floor producing oxygen.

The minerals were in the deep end of the ocean living in absolute darkness. This finding also challenges the previous notion that only photosynthetic organisms can generate Earth’s oxygen.

Researchers at Virginia Tech have discovered a novel method for identifying genetic targets that could help control mosquito populations, potentially providing an alternative to insecticides.

The study investigated the genetic basis of species incompatibility by crossing Aedes aegypti, a primary vector for global arboviral diseases, with its sibling species, Aedes mascarensis, from the Indian Ocean. When the hybrid offspring were crossed back with one parent, about 10 percent of the progeny became intersex and were unable to reproduce.

These findings are crucial for controlling diseases such as Zika and dengue, as improved mosquito control can significantly reduce the transmission of these illnesses.

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IE QUIZ: THE RESULTS

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