Geothermal energy, long considered a niche player in the renewable energy sector, is now gaining attention with the concept of superhot rock energy. Researchers at Cornell University and Clean Air Task Force have presented a groundbreaking study suggesting that superhot rock energy could revolutionize geothermal power production. By drilling deep into extremely hot rock formations and harnessing the energy from supercritical fluids, the U.S. could potentially meet its energy needs thousands of times over. The reports emphasize the need for precision drilling, understanding subsurface characteristics, and developing advanced technologies to unlock the immense power of superhot rock energy. With just 2% of geothermal energy near the surface capable of meeting the U.S.'s energy demands significantly, the potential for superhot rock energy is immense. This technology offers a reliable and always-available source of clean energy, unlike solar and wind power. Countries like China, Russia, and the U.S. are identified as having substantial reserves of superhot rock energy. The U.S. Department of Energy estimates a requirement of $20-25 billion in investment by 2030 to bring next-generation geothermal technologies, including SHR, to market. Oil and gas companies are well-positioned to drive the commercialization of superhot rock energy, with existing infrastructure and experience in drilling. While challenges exist in terms of high initial costs and technical complexities, the optimism surrounding superhot rock energy is growing. Jennifer Granholm, the U.S. Energy Secretary, sees this technology as a clean, reliable, and scalable power solution for various sectors. The global interest and potential of superhot rock energy indicate a promising future for geothermal energy in the energy transition landscape.