Welcome to Science News Daily, where we explore the latest discoveries that are reshaping our understanding of the universe, our planet, and ourselves. Today we have some truly remarkable stories to share with you.

Let's start with a major breakthrough in solar physics. After more than 80 years of predictions, scientists have finally observed torsional Alfvén waves twisting through the Sun's corona using the Daniel K. Inouye Solar Telescope. These magnetic waves could explain one of astronomy's biggest puzzles: why the Sun's corona is millions of degrees hotter than its surface. This discovery validates decades of solar physics theories and opens new pathways for understanding how energy moves through our star.

Speaking of space discoveries, the Hubble Space Telescope has captured stunning new images of galaxy NGC 3370, providing deeper insights into the universe's expansion. This elegant spiral galaxy has been a favorite subject for astronomers for over two decades, and these enhanced views are helping us better understand both the galaxy itself and the broader cosmos.

Closer to home, researchers have revealed fascinating details about a massive asteroid impact from 66 million years ago. Using advanced 3D seismic data, they've uncovered a 5-mile-wide crater hidden beneath the Atlantic seafloor. The data shows incredible details about the violent aftermath of the impact, including towering tsunamis, liquefied rock, and shifting seabeds. It's giving scientists an unprecedented look at how oceanic asteroid impacts unfold.

In quantum physics news, scientists have developed what they're calling an "unbreakable" quantum sensor capable of surviving pressures of up to 30,000 atmospheres. Made from boron nitride, these sensors could revolutionize high-pressure physics research by allowing quantum measurements under crushing conditions that were previously impossible to study.

Turning to climate science, researchers have uncovered a massive climate secret beneath Antarctica. The Southern Ocean, which absorbs nearly half of all ocean-stored human CO2, may be undergoing changes that could dramatically alter its role in climate regulation. While surface waters are currently trapping CO2 below, intensifying winds could eventually cause the ocean to release more carbon than it absorbs.

In the realm of computing, Auburn University scientists have made a quantum electron breakthrough that could make computers faster than ever before. They've developed materials that allow precise control over free electrons, potentially transforming both computing and chemical manufacturing. This could lead to laptops that handle complex computations in seconds.

Volcanologists have made an intriguing discovery about Tanzania's Oldoinyo Lengai volcano. By tracing tremor signals in 3D, they've gained unprecedented insights into magma and gas movement within this unique volcano. What makes this particularly interesting is that this volcano's magma is unusually cool and fluid, defying expectations and potentially transforming how scientists forecast eruptions.

In the fight against disease-carrying mosquitoes, researchers have developed an innovative biological control method. They've engineered a floral-scented fungus that emits longifolene, a natural scent that irresistibly attracts mosquitoes to their death. The fungus is harmless to humans, inexpensive to produce, and remains effective for months.

Health research is also making strides with new treatments for anemia and inflammation. Scientists have developed a 3-in-1 iron supplement that combines iron with prebiotics and probiotics, improving absorption while reducing side effects. Meanwhile, other researchers found that combining kefir with prebiotic fiber reduces inflammation more effectively than omega-3 supplements or fiber alone.

In neuroscience, Columbia and McGill University researchers have identified a brain chemical called SGK1 that may explain why childhood trauma increases depression risk. This discovery could lead to better antidepressants and new therapeutic approaches.

Astronomers have detected the brightest Fast Radio Burst ever recorded, and it's presenting new mysteries. Unlike many other cosmic radio flashes, this one doesn't repeat, baffling scientists who are trying to understand these enigmatic phenomena.

The James Webb Space Telescope continues to surprise us, this time finding a planet that shouldn't exist according to current models. This carbon-atmosphere planet orbits a pulsar and is challenging our understanding of planetary formation.

In a sobering cosmic perspective, new calculations suggest the universe may end in a "Big Crunch" roughly 20 billion years from now, based on updated dark energy data. The findings indicate we may be approaching the halfway point of a 33-billion-year cosmic lifespan.

Finally, some encouraging news about addiction treatment. GLP-1 drugs like Ozempic, originally developed for diabetes and obesity, may also help curb drug and alcohol addiction by acting on reward circuits in the brain.

That wraps up today's Science News Daily. From hidden waves powering the Sun to quantum breakthroughs that could revolutionize computing, science continues to reveal the extraordinary complexity and beauty of our universe. Join us tomorrow for more fascinating discoveries from the world of science. Until then, keep looking up and stay curious.