Quaise Energy is deploying futuristic technology and banking on Trump’s support for accessing subterranean heat.

but the rock's always hot. Of course, these conditions are fairly rare, and as a result, geothermal currently supplies only around 0.3% of global energy consumption. If we could drill deep enough ...

Now Quaise Energy is planning to drill test holes up to 12.4 miles deep, using a 1-megawatt gyrotron that should zip through the rock in a mere 100 days. At these depths, the temperature will ...

Deeper, hotter geothermal power could be key to the energy transition. Canary Media went on-site to see how one startup aims ...

The goal is to drill deep enough to unlock access to “superhot” rock that's available everywhere, from which geothermal power can be generated anywhere. Traditionally, harnessing the earth’s ...

Volatile organic compounds were found in Finland within a borehole extending over two kilometers deep. Volatile organic ...

Quaise used a gyrotron to vaporize basalt rock during a demonstration in January ... is the way to tap the geothermal energy that lies deep underground.