Iran’s Supreme Leader, Ayatollah Ali Khamenei, warned that the United States will suffer “irreparable” damage if it engages in the conflict between Iran and Israel. “The US President threatens…

Tucker Carlson grilled Senator Cruz of Texas in an interview published Wednesday for not knowing basic details about Iran, leading to a fiery exchange that played out in front of cameras. In a clip released…

This morning, the United States Supreme Court handed down an enormous victory for children and for sanity with a 6-3 ruling upholding Tennessee's ban on transgender surgeries and sterilizing hormones…

Readers, Instead of sucking up to the political and corporate powers that dominate America, The Daily Caller is fighting for you — our readers. We humbly ask you to consider joining us in this fight.…

Back when Joe Biden was still in the White House, Democrats, including Sen. Chuck Schumer, were saying that claims of the president suffering from cognitive decline were totally false. The gaslighting…

We might not currently have any technology that would make a space elevator viable on Earth. But that doesn’t mean they wouldn’t work on other bodies around the solar system. One of the most interesting places that one could work is around Ceres, the Queen of the Asteroid Belt, and potentially one of the biggest sources of resources for humanity’s expansion into space. A new paper from researchers at the University of Colorado, Colorado Springs and Industrial CNT, a manufacturer of Carbon Nanotube (one potential material for the space elevator), details just how useful such an elevator could be.

A recent study looked at the challenges New Space may face, in terms of impact on the ozone layer. The study was published recently in the journal of Nature (link) by researchers out of University of Canterbury in Christchurch, New Zealand, Harvard University, and the Institute for Atmospheric Climate Science and the Physics-Meteorology Observatory in Switzerland.

More and more satellites are being added to Low Earth Orbit (LEO) every month. As that number continues to increase, so do the risks of that critical area surrounding the Earth becoming impassable, trapping us on the planet for the foreseeable future. Ideas from different labs have presented potential solutions to this problem, but one of the most promising, electrodynamic tethers (EDTs), have only now begun to be tested in space. A new CubeSat called the Spacecraft for Advanced Research and Cooperative Studies (SPARCS) mission from researchers at the Sharif University of Technology in Tehran hopes to contribute to that effort by testing an EDT and intersatellite communication system as well as collecting real-time data on the radiation environment of its orbital path.

He hints that new music might be on the horizon, too. Continue reading…