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Look up . The sky is putting on a show you won't see again until 2028. A rare Blue Moon is rising on May 30, peaking in the early hours of May 31 at 8:45 UTC. It's the second full moon of May, and the first time two full moons have shared a single calendar month since August 2023. But the moon isn't doing this alone. Venus and Jupiter are lining up low in the western sky just after sunset. Mars and Saturn are climbing in the east before dawn. Mercury joins the western evening lineup too. Four planets. One Blue Moon. One sky. Here's the kicker — this isn't just any full moon. It's the smallest full moon of the entire year, sitting roughly 252,360 miles away at its farthest point from Earth. A micromoon. A Blue Moon. A planet parade. All at once. The moon will glow right next to Antares, the red heart of Scorpius, on May 30. For the best view of the planetary lineup, step outside 30 to 45 minutes after sunset and look west. Set an alarm before dawn if you want to catch Mars and Saturn rising in the east. And no, despite the name, the moon won't actually look blue. The name comes from the calendar quirk, not the color. The next one like this won't happen until December 2028. Don't blink.

🚨: Vaping has officially been linked to a rare and irreversible lung disease

🚨 SCIENTISTS JUST BUILT SOLAR CELLS SO THIN THEY COULD TURN WINDOWS INTO POWER PLANTS. Researchers in Singapore have created semi-transparent solar cells just 10 nanometers thick roughly 10,000 times thinner than a human hair. Thin enough to coat directly onto glass without changing how it looks. Not rooftop panels. Not massive solar farms. Actual invisible electricity-generating windows. Why this matters: Modern cities are covered in glass skyscrapers that currently do nothing except let light in and trap heat. Now those same buildings could become vertical power plants. The breakthrough uses ultrathin perovskite materials that generate electricity even in low or indirect light perfect for cloudy cities and shaded urban environments. And because the cells are nearly transparent and color-neutral, they won’t radically alter the appearance of buildings at all. The deeper implication is enormous: The future of energy may not come from building more visible infrastructure. It may come from turning the infrastructure we already have into invisible energy systems. Windows. Vehicle glass. Smart screens. Every transparent surface becomes a potential power source. Cities themselves could one day function like giant distributed solar generators. The line between architecture and energy technology is disappearing. What happens when every surface around you can quietly harvest energy from light? Follow for more frontier science and future technology.