Royal Observatory Greenwich: The birthplace of modern astronomy turns 350

If you've ever wanted to take stunning nighttime shots with your drone but weren't sure where to start, this guide breaks it all down—from camera settings to safety tips—so you can nail those low-light aerial shots like a pro.

Editor’s Note: Nighttime drone photography is tricky but opens up a whole new world of creative possibilities. This isn’t just a niche hobbyist skill—it’s useful for real estate, event coverage, and even search-and-rescue operations. Knowing how to do it right means safer flights and better results.

Scientists have uncovered a mysterious "ghost" magma plume deep under Oman, and it might hold the key to why India's tectonic plate took such a dramatic detour millions of years ago. This hidden geological force could explain how India ended up colliding with Asia—a slow-motion crash that gave us the Himalayas.

Editor’s Note: Tectonic plates don’t just wander randomly—they’re pushed and pulled by forces we’re still figuring out. This discovery adds a new piece to the puzzle of how Earth’s continents have shifted over time, and it’s a reminder that even the ground beneath our feet has a wild, ancient backstory.

Elon Musk isn't letting setbacks slow him down—after SpaceX's sixth Starship launch ended in failure, he doubled down on his high-risk, high-reward approach, vowing to push ahead with even more ambitious test flights. While critics question the repeated explosions, Musk frames them as inevitable steps toward revolutionizing space travel.

Editor’s Note: Love him or hate him, Musk’s willingness to fail publicly—and often—is reshaping how we think about space innovation. Traditional aerospace moves cautiously; SpaceX treats explosions as data points. Whether this accelerates progress or just burns through cash depends on who you ask, but it’s undeniably changing the game.

The San Andreas Fault isn’t just a dramatic backdrop for disaster movies—it’s a very real geological threat to California. This 800-mile crack in the Earth’s crust has the potential to unleash a catastrophic earthquake, often referred to as "the Big One." The article breaks down the science behind the fault, its history of seismic activity, and why experts keep a close eye on it. While it’s not a question of if another major quake will happen, but when, understanding the fault helps communities prepare for the inevitable.

Editor’s Note: For Californians, the San Andreas Fault isn’t just a curiosity—it’s a ticking time bomb. This story matters because it’s a reminder that earthquakes aren’t abstract risks; they’re part of life in the region. Knowing how the fault works and what to expect could mean the difference between chaos and resilience when—not if—the next big quake hits.

A new study shows that the massive solar storm in May 2024—dubbed the Gannon Storm—caused GPS systems to go haywire, throwing off positioning by as much as 230 feet for nearly two days. The glitch hit farmers especially hard, racking up an estimated $500 million in damages as precision agriculture tools, which rely heavily on GPS for planting and harvesting, went off-course.

Editor’s Note: This isn’t just a space weather curiosity—it’s a real-world economic hit. Farmers depend on pinpoint GPS accuracy to plant seeds, apply fertilizer, and harvest crops efficiently. When the tech fails, it’s not just an inconvenience; it’s wasted time, fuel, and crops. As solar activity ramps up in the coming years, this study is a wake-up call for industries that lean on satellite tech to start planning for disruptions.