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Only a few countries in the world are able to make use of geothermal energy, Caroline Hyde explains why. Bloomberg Primer meets the startups aiming to expand access. More: bit.ly/3XNz9uW

We are proud to share that 40+ ARPA-E-funded technologies are featured in TIME and Statista's recent list of 250 innovative companies. Some of the ARPA-E projects that made the line up include Fervo Energy, Quaise Energy, & Commonwealth Fusion Systems. Read more here: time.com/collection/ame….

Nobody has built a superhot geothermal power plant before, but we’re on track to be the first. Join us this year to watch how we’re developing the first superhot plants, from start to finish. It all begins with our #geothermal maxim: hotter is better.

5/12 Geothermal goes deep: Companies like Quaise Energy are vaporizing hard rock with radio-frequency beams, unlocking constant, clean base load power. Geothermal may soon scale like shale did.

Geothermal energy has the potential to rival the power of nuclear energy. But what is geothermal energy? How does it work, and what about it makes it so powerful in the first place?

We reached a new milestone with our millimeter wave #drilling system: our first 10 ft hole drilled outside lab conditions This achievement was accomplished using our compact drilling rig, now scheduled for initial field trials later this quarter targeting a depth of 100 meters

Race to tap Earth’s deep heat: How super-hot geothermal could power the post-carbon world interestingengineering.com/science/geothe…

Superhot #geothermal is available everywhere on Earth, if you drill deep enough. We’ve categorized locations into three tiers based on their geothermal gradient: the higher the geothermal gradient, the easier it is to reach superhot conditions.

The energy transition can only occur on a global scale when a source better than oil comes online, and there is no such thing today But superhot geothermal can be. It solves geopolitics, socioeconomics, and sustainability

Quaise Energy’s field tests of millimetre-wave technology for deep geothermal well drilling - tinyurl.com/ymajmkpu #Aspermont #QuaiseEnergy #DeepGeothermal #MillimetreWaveTechnology #Innovation #Lasers #MIT #Gyrotron

We’re turning microwaves into megawatts Millimeter wave drilling vaporizes tough basement rock to give any country the geothermal potential of Iceland

The global oil and gas infrastructure and workforce are key for scaling geothermal power to the terawatt level A terawatt is more electricity than the US and the EU use at any given moment, combined

On May 21, 2025, New Atlas attended a demonstration at the Nabors facility in Houston, Texas, where Quaise Energy showcased a literal groundbreaking demo of its millimeter wave drilling technology, looking to prove its dream of revolutionizing geothermal energy extraction.

Millimeter wave drilling has a higher power density than the surface of the sun It is the only way to unlock superhot geothermal energy at depths of 3-20 km all around the world

US firm demos millimetre wave drilling tech to dig world’s deepest hole for power | Mrigakshi Dixit, Interesting Engineering Recently, millimeter wave drilling was demonstrated on a full-scale oil and gas rig in Houston, Texas. At present, the oil and gas industry is a major

地熱発電所開発、温泉地以外でも可能に　三菱商事など新技術 【日経イブニングスクープ】 nikkei.com/article/DGXZQO…

The closest you’ve ever been to unlimited 24/7 energy is just 3-20 km That’s like a trip to the grocery store, less than the average worker’s commute. It’s the true potential of superhot geothermal

Japan eyes next-gen geothermal tech that eases site limitations s.nikkei.com/4mOlOxo