ScienceDaily: Strange Science News |
- New imager microchip helps devices bring hidden objects to light
- Death spiral: A black hole spins on its side
- New simulations refine axion mass, refocusing dark matter search
- Asexual reproduction can have negative effects on genome evolution in stick insects, study finds
- Nanocarrier spray: Better crops without genetic modification
New imager microchip helps devices bring hidden objects to light Posted: 25 Feb 2022 09:35 AM PST Researchers have developed an innovative terahertz imager microchip that can enable devices to detect and create images through obstacles that include fog, smoke, dust and snow. |
Death spiral: A black hole spins on its side Posted: 25 Feb 2022 07:02 AM PST Researchers found that the axis of rotation of a black hole in a binary system is tilted more than 40 degrees relative to the axis of stellar orbit. The finding challenges current theoretical models of black hole formation. |
New simulations refine axion mass, refocusing dark matter search Posted: 25 Feb 2022 05:58 AM PST Axions are today's most popular candidate for dark matter, and numerous experiments are trying to detect them in microwave cavities where the axion should rarely convert into an electromagnetic wave. But a new simulation of the production of axions in the early universe provides a more refined mass estimate, and higher frequency for the EM wave, that is outside the range of these experiments. The new mass comes from adaptive mesh refinement in supercomputer simulations. |
Asexual reproduction can have negative effects on genome evolution in stick insects, study finds Posted: 24 Feb 2022 08:26 AM PST Stick insects that reproduce asexually cannot adapt as quickly in the course of evolution as sexually reproducing species, leading to a decrease in biological diversity, according to new research. |
Nanocarrier spray: Better crops without genetic modification Posted: 23 Feb 2022 05:57 AM PST Researchers have developed a way to improve crop quality without needing to create special genetically modified plants. The new technique relies on a spray that introduces bioactive molecules into plant cells through their leaves and could be used to help crops resist pests or become more resistant to drought -- in less time and at less cost than genetically modifying crops. |
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