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75 results for "photosynthesis"
Chinese researchers created a material that mimics plant photosynthesis to convert carbon dioxide and water into fuel using only sunlight. This breakthrough could produce sustainable fuel that works with existing gas stations and engines.
Chinese researchers successfully transplanted plant-like nanoparticles into sick animals, allowing their cells to harness light energy. The breakthrough reversed degenerative diseases in rats and rabbits, opening new doors for treating aging and cellular dysfunction.
Scientists discovered how a ground-hugging plant called hornwort supercharges photosynthesis, and they've already tested the trick in lab plants. This breakthrough could help crops grow faster while using less water and fertilizer.
Researchers discovered how hornwort plants use molecular "velcro" to supercharge photosynthesis. This breakthrough could help engineers design wheat and rice that convert sunlight into food far more efficiently.
Japanese researchers have developed an artificial photosynthesis system that converts sunlight directly into fuel without needing batteries or complex electronics. The breakthrough brings clean energy technology closer to real-world use by mimicking how plants naturally harness the sun.
Researchers successfully transplanted photosynthetic parts from spinach into mouse eyes, creating the first mammal cells that can turn light into energy. This breakthrough could lead to new treatments for eye diseases and other conditions.
Researchers at the National University of Singapore created eye drops using spinach plant cells that let human eyes harness light to heal dry eye disease. In lab tests, the treatment reversed corneal damage in five days and outperformed existing medications.
Researchers developed eye drops containing photosynthetic machinery from spinach that successfully treated dry eye disease in mice. The drops harness light to produce natural antioxidants, opening doors to a new way of treating inflammation without green-tinted vision.
Scientists turned spinach into eye drops that let eyes harness sunlight like plants, healing chronic dry eye disease in mice. The breakthrough could help 1.5 billion people worldwide who suffer daily pain from the condition.
Scientists discovered glowing green bacteria thriving in complete darkness inside New Mexico caves, photosynthesizing with invisible light. This breakthrough suggests life could exist in dark environments across the universe we never thought possible.
Researchers discovered a breakthrough that keeps solar energy usable for 25,000 times longer than before, opening the door to turning sunlight directly into fuels and fertilizers. This could help us capture far more energy from the sun than current panels do.
Researchers discovered a tiny plant called hornwort that naturally boosts photosynthesis efficiency, and they're working to transfer this trait to wheat, rice, and corn. The breakthrough could reduce fertilizer dependence and help crops thrive in our changing climate.
New research reveals that plants and complex life on Earth could thrive for 1.8 billion years instead of the previously predicted 1.35 billion years, thanks to certain plants' super-efficient photosynthesis abilities. The discovery also means we might have better odds of finding life on other planets.
Underwater kelp forests covering vast ocean floors have evolved remarkable abilities to survive in low-light conditions where you'd think photosynthesis would be impossible. These marine giants are rewriting what scientists thought they knew about how life adapts to extreme environments.
London researchers built a reactor that turns carbon dioxide and water into living bacteria using only sunlight, opening the door to sustainable chemicals, plastics, and protein without fossil fuels. The breakthrough mimics photosynthesis but gives scientists total control over what gets produced.
Scientists from King's College London have become the first UK academic team to access Google's groundbreaking quantum computer chip, Willow. This partnership could unlock answers to mysteries like photosynthesis and lead to better solar cells, new medicines, and more efficient energy grids.
Scientists created a self-regulating solar device that transforms water and CO2 into usable fuel, eliminating the need for expensive batteries. The breakthrough could make clean fuel production simpler and cheaper for everyday use.
City trees are climate champions we've been underestimating. A groundbreaking study from Munich reveals urban trees can actually absorb more carbon dioxide than all the city's traffic produces on peak summer days.
Scientists discovered how primitive plants survived the deadliest extinction event in Earth's history by breathing backwards. The secret? They absorbed carbon dioxide at night instead of during the day.
A botanist discovered that ancient trees on former plantations literally contain carbon from enslaved people's breath, making them living archives of history. Her book reveals how African Americans shaped America's botanical landscape through centuries of forced and free cultivation.
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