Welcome to Science News Daily, your source for the latest breakthroughs shaping our world. I'm your host, and today we're exploring some remarkable discoveries—from energy storage revolutions to mysteries lurking beneath Earth's continents, and even what happens in your brain when your favorite team scores.

Let's start with a game-changer in energy technology. Engineers have developed a graphene-based supercapacitor that rivals traditional batteries. Published in Nature, this breakthrough combines battery-level energy storage with instant recharging. Imagine electric vehicles that charge in seconds rather than hours, or electronics that never leave you waiting. This technology could revolutionize everything from grid stabilization to consumer devices, bringing us closer to a truly fast-powered future.

Now, let's shift gears—literally—to hypersonic flight. A new experiment has validated Morkovin's hypothesis, showing that turbulence at Mach 6 behaves similarly to slower airflows. What does this mean? One-hour global flights might not be science fiction much longer. This revelation could make hypersonic travel and even space access far more achievable, potentially transforming international travel from marathon journeys into quick commutes.

Looking up at the night sky, the Pleiades star cluster just got a lot more interesting. Astronomers using NASA's TESS and ESA's Gaia missions discovered that the Seven Sisters are actually part of a stellar family twenty times larger than previously believed. Thousands of related stars stretch across the sky, revealing that what we thought we knew about this iconic cluster was just the tip of the iceberg.

Beneath our feet, Earth itself is full of surprises. Researchers have discovered that continents don't just split at the surface—they actually peel from below. Using simulations and data from the Indian Ocean, scientists found that slow mantle waves strip continental roots and push them deep into the oceanic mantle, fueling volcanic activity in the oceans. This hidden recycling process can last tens of millions of years, fundamentally changing how we understand continental drift.

In the realm of unexpected abilities, bumblebees are showing us just how sophisticated tiny brains can be. In a first-of-its-kind study, scientists found that bumblebees can distinguish between short and long light flashes—essentially reading simple Morse code. The insects learned which signal led to a sweet reward, demonstrating complex time-tracking mechanisms that may have implications for both evolutionary biology and artificial intelligence.

Speaking of surprises, astronomers have identified something that defies conventional planetary formation theories: three Earth-sized planets orbiting two stars in the TOI-2267 system. What makes this truly remarkable is that planets transit around both stars—a first in astronomy. This compact, cold system challenges what we thought we knew about how planets form, and future observations with the James Webb Space Telescope could reveal what these worlds are truly made of.

Moving to health news, there's important research about substance use. PET imaging has revealed that people who use both cannabis and tobacco show distinct brain chemistry changes—specifically, they're draining a key molecule sometimes called the "bliss molecule." This first-ever evidence in humans could help guide the development of new treatments for cannabis use disorder.

On a more positive health note, a personalized approach to vitamin D3 supplementation could be a game-changer for heart attack survivors. Researchers at Intermountain Health found that monitored vitamin D3 supplementation after a heart attack can cut the risk of a second heart attack in half. This isn't about randomly taking supplements—it's about personalized, monitored strategies that could save lives.

For sports fans, here's something fascinating: brain scans reveal exactly what happens during a soccer match. Winning lights up reward centers while losing dampens control signals, explaining why passionate fans sometimes act irrationally. These same brain circuits that fuel sports passion may also underlie political or social fanaticism, showing how early-life experiences shape whether these circuits lead to healthy excitement or explosive reactions.

Let's dig deeper—literally—with diamonds. If you've ever admired a diamond, there's a seventy percent chance it came from a kimberlite volcano. A new study finally explains how these volatile-rich magmas propel diamond-bearing rocks from Earth's depths, solving a mystery that has puzzled scientists for decades.

Climate science brings us a critical question: are our predictions missing something important? Calcifying plankton, the ocean's tiniest engineers, play a vital role in regulating Earth's climate by capturing and recycling carbon. A new review in Science suggests these microscopic organisms might be the key to understanding climate futures we haven't fully accounted for.

Closer to home, scientists have solved Lake Erie's toxic mystery. They've traced the lake's deadly saxitoxin to a cyanobacterium called Dolichospermum. During warm summer months, these blue-green algae form blooms that release toxins dangerous to both aquatic life and human health—a growing concern as waters warm.

Looking outward again, dying stars may be devouring planets more commonly than we thought. As stars age into red giants, they can destroy nearby giant planets through powerful tidal forces. This discovery offers a glimpse into our Sun's eventual transformation and its possible impact on our own Solar System billions of years from now.

In perhaps the most profound news, the universe itself might be slowing down. Astronomers at Yonsei University corrected for stellar age effects in supernova data and found that dark energy may be losing strength. If confirmed, this would completely overturn the prevailing view that the universe is expanding faster and faster.

And finally, looking back to the very beginning: less than a second after the Big Bang, before the first atoms existed, tiny particles may have clustered to form the universe's first compact objects—possibly including what researchers call "cannibal stars" and even primordial black holes.

From the first second of the universe to the diseases affecting our pets, from quantum sensors in diamonds to the stories that fooled us about the Black Death—science continues to surprise, challenge, and inspire us.

That's all for today's Science News Daily. Keep looking up, keep asking questions, and keep exploring. Until next time.