Falcon 9 sends 27 Starlink satellites into orbit
The Falcon 9 rocket launched from Cape Canaveral Space Force Station just before 2:30 a.m.
It's sending 27 Starlink satellites into low Earth orbit.
Following the stage separation, the first stage landed on a drone ship in the Atlantic Ocean.
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Fox News AI Newsletter: Amazing breakthrough for paralyzed man who can't speak
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CBS News
an hour ago
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St. Elmo's Fire, it's more than just a classic movie
St. Elmo's Fire is a term you may have heard before because of a 1985 "Brat Pack" movie. St. Elmo's fire is a somewhat rare type of weather, too. A look at the rare type of weather known as a "St. Elmo's Fire." Getty Images St. Elmo's fire is a discharge of electricity in the Earth's atmosphere. It looks sort of like lightning, but it can appear in different colors. The National Weather Service says this phenomenon happens when a sharp object comes into contact with areas with an extraordinarily high electric field and a large number of electrons. You will notice it has a weird name, and that gives some clues to where it was first noticed. The statue of St. Eramus of Formia, a patron saint of sailors Getty Images It is named St. Elmo's Fire after St. Erasmus of Formia, one of the patron saints of sailors. Ships would see St. Elmo's fire on masts when out to sea. The Massachusetts Institute of Technology says this electric glow is known as a corona discharge. It occurs when the air surrounding a conductive object is briefly ionized by the electrically charged environment. An illustration of a ship experiencing St. Elmo's Fire Getty Images While St. Elmo's fire and lightning may look similar, there are differences. While St. Elmo's Fire and lightning can look very similar, there are differences. Getty Images Jase Bernhardt, an associate professor and director of sustainability at Hofstra University, told CBS News, in a previous report, that lightning is a direct movement of electrons from the cloud to the ground. St. Elmo's fire is like a sparking effect, where electrons cover a much smaller distance. The view of a St. Elmo's Fire from the cockpit of a plane Getty Images Ships are not the only location where St. Elmo's fire can show up. Planes, utility poles, the tops of tall buildings, church spires, and even the tips of umbrellas can have St. Elmo's Fire! When this phenomenon shows up, there is usually a strong likelihood of lightning. That means it is time to get indoors until the atmosphere settles down. St. Elmo's fire isn't necessarily dangerous itself, but it is usually an indicator that the ingredients for lightning are around you, though. It is best not to take a chance by staying outside. For planes or ships, it is usually not dangerous either. The Hong Kong Observatory reports that seeing St. Elmo's Fire was thought to be lucky because you were being protected by St. Erasmus of Formia. However, if you are on open water, it is time to get inside the ship if you can to avoid any bad luck that lightning might bring.
CNN
2 hours ago
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Earth is as far away from the sun as it ever gets. So why is it so hot?
FacebookTweetLink The peak of summer is approaching for those of us in the Northern Hemisphere, but as we prepare for more sunshine and sweltering temperatures, our planet is spinning at its farthest point from the sun. On Thursday at 3:55 p.m. ET, our planet reached what's called the aphelion — the most distant point in its orbit around the sun, roughly 3 million miles farther away than when it's closest. This happens every year in early July, which might sound backward. If we're farthest from the sun, shouldn't it be cooler? People tend to associate proximity with warmth, so it seems natural to assume the seasons are caused by changes in how far Earth is from the sun. But the planet's distance has little to do with it. The real reason for seasonal temperature changes lies in the fact that Earth is tilted. Our planet spins at an angle — about 23.5 degrees — which means different parts of the globe receive more (or less) sunlight depending on the time of year. In July, the Northern Hemisphere is tilted toward the sun, bringing longer days and higher sun angles that lead to more direct sunlight — all of which produce summer-like heat. In contrast, the shape of Earth's orbit plays only a minor role. Although it's slightly oval-shaped rather than perfectly circular, the difference between our closest and farthest points from the sun is relatively small. Right now, Earth is about 3.1 million miles farther from the sun than it is in early January when it reaches perihelion, its closest point. Compared to its average distance of 93 million miles, that's only about a 3.3% difference. Because sunlight spreads out as it travels, even a relatively small change in distance results in about a 7% drop in the amount of solar energy reaching the planet. That's tiny compared to the effect of Earth's tilt. Just how big is the difference? Let's look at a few examples. In cities like Houston, New Orleans and Phoenix — near 30 degrees north in latitude — the amount of solar energy reaching Earth's atmosphere in summer is more than double what those cities receive in winter. Farther north, around 40 degrees, the seasonal swing is even more dramatic. Cities like New York, Denver and Columbus see solar energy climb from about 145 watts per square meter in winter to 430 in summer — nearly a 300% difference. So, while it's true that Earth is receiving less energy from the sun right now, that detail barely registers compared to the power of the planet's tilt. A slight angle in Earth's spin does far more to shape our seasonal patterns than a few million miles of extra distance ever could. In the end, it's not how close we are to the sun that makes summer feel like summer — it's how we're angled toward it.
