List of All Articles with Tag 'h'

I'm up there with the pilots. We're rocking and swaying, and all of a sudden, the flight controls start screaming, "Check Altitude. Check Altitude. Check Altitude. Throttle up. Throttle up." I'm like, 'Oh my god, this is what happens in the movies.'

House Oversight Chairman James Comer and Rep. Byron Donalds, a GOP member on the committee, sent a letter to the National Archives and Records Administration on Wednesday requesting documents regarding Hunter Biden's use of Air Force Two and Marine Two while Joe Biden was vice president.

Donald Trump inflated his net worth by as much as $2.2 billion in one year, lawyers for the New York attorney general's office alleged as part of their civil fraud lawsuit against the former president, his adult sons and the Trump Organization.

Many organizations are on the ground responding to the disaster. Here's what you can do to support them.

Irish police say 11 people have died in road traffic collisions since Friday.

Senate Minority Leader Mitch McConnell appeared to freeze for about 30 seconds on Wednesday while speaking with reporters after a speech in Covington, Kentucky.

Hurricane Idalia has hit Florida and is now crossing into Georgia, with nearly 280,000 people without power.

The U.S. Embassy in Haiti on Wednesday urged citizens in the Caribbean country to leave "as soon as

Ukraine claims to have liberated the village of Robotyne, which could lead to a push towards Crimea.

The storm leaves roads and towns along Florida's 'nature coast' inundated with knee-deep floodwaters.

The Texas power grid operator ERCOT (Electric Reliability Council of Texas) issued an appeal to residents calling for

A group of geologists has recently achieved a breakthrough in identifying potential sites for the formation of diamonds. Diamonds, the hardest naturally occurring material we have found, originate under the extreme conditions of immense pressure and high temperatures deep within the Earth's interior. These precious gems are occasionally pushed to the surface in molten rock formations known as kimberlite. However, there are currently two competing theories regarding what is responsible for this rush of kimberlite which brings diamonds to the surface. In a recent study, these theories were closely examined by a research team. In a piece for The Conversation study author and Associate Professor in Earth Science at the University of Southampton, Thomas Gernon explained: “one proposes that kimberlite magmas exploit the ‘wounds’ created when the Earth’s crust is stretched or when the slabs of solid rock covering the Earth - known as tectonic plates - split up.” “The other theory involves mantle plumes, colossal upwellings of molten rock from the core-mantle boundary, located about 2,900km [1,802] beneath the Earth’s surface.” However, neither of these theories adequately explains how magma manages to find its way through the Earth's crust, or the specific composition of the resulting kimberlite. By employing statistical analysis and machine learning, the team analysed the breakup of continents and its correlation with kimberlite formation. Their findings indicated that the majority of kimberlite volcanoes erupt 20 to 30 million years after tectonic breakup. “It also added a major clue,” Gernon explained. “Kimberlite eruptions tend to gradually migrate from the continental edges to the interiors over time at a rate that is uniform across the continents.” Delving deeper into their investigation through computer-generated models, the team ultimately concluded that diamond eruptions stem from a "domino effect." As continents gradually drift apart from each other, they generate rifts of thinned crust. As this happens, regions of thick, cold rock descend into the hot magma beneath, inducing an upsurge of the mantle, which in turn triggers a similar flow in nearby continents. Gernon elaborated on the team's findings, saying, "Various other results from our computer models then advance to show that this process can bring together the necessary ingredients in the right amounts to trigger just enough melting to generate gas-rich kimberlites,” Gernon explained. “Once formed, and with great buoyancy provided by carbon dioxide and water, the magma can rise rapidly to the surface carrying its precious cargo.” Moreover, the same methodology could potentially be employed to locate diamonds and other rare elements. “The processes triggering the eruptions that bring diamonds to the surface appear to be highly systematic,” Gernon siad. “They start on the edges of continents and migrate towards the interior at a relatively uniform rate.” The study is published in the journal Nature. Sign up to our free Indy100 weekly newsletter Have your say in our news democracy. Click the upvote icon at the top of the page to help raise this article through the indy100 rankings.