#nuclear-power

I never liked the idea of Orbital Solar Arrays because of the size and the power transfer losses. Under the review, I asked Gemini to compare solar power and nuclear power use on the Moon. Review Prompt:Refer to: “video”1.           Research Orbital Solar Arrays2.           Confirm the facts of the size of Solar Arrays and Microwave Beam Collector3.           Recap Key Points4.          …

The biggest problem with making SMRs commercially viable is the funding. If a basic Nuclear Power Plant produces thousands of Megawatts, who is going to fund the development of a SMR that only produces hundreds of Megawatts of power? Link to the Opal Educational Report: Small Modular Reactors (SMRs) Current Status: SMR technology continues to be a leading area of development in nuclear power,…

Thorium dreams just went full metal reality in the middle of the Gobi Desert—China’s molten salt reactor just completed a full self-sustaining thorium fuel cycle. Translation? They’ve cracked the code on clean, meltdown-proof nuclear energy… and didn’t even need a sci-fi movie montage to do it. 🧪 Molten Salt, Mild Panic: The Atomic Nerds Just Got Their Wish While the rest of the world was busy…

Private equity titan Brookfield just snagged over 20% of Sizewell C—a nuclear power station not yet built, but already glowing with potential… for profit. The UK government and EDF still hold the reins, but make no mistake: there’s gold in them there radioactive hills. 💰 The Fallout Fund: How to Monetise a Meltdown Before It Happens Nothing says “solid investment” like a nuclear reactor in a…

£14.2 Billion for Sizewell C? Place Your Bets, Britain. BREAKING: The UK Government has just committed a cool £14.2 billion of your money to build the Sizewell C nuclear power plant. Great news! Clean energy, thousands of jobs, and a glorious new British mega-project to… completely ignore its original budget and timeline. 🎉 Because if there’s one thing we do well in this country, it’s turning…

America used to be at the absolute forefront of nuclear innovation: first to split the atom for energy, first atomic bomb, first nuclear submarine, massive early leads in peaceful nuclear programs (like Eisenhower’s “Atoms for Peace” initiative). In fact, the U.S. actually had thorium research going strong back in the 1950s and ’60s, particularly with the Molten Salt Reactor Experiment at Oak…

As the global community intensifies efforts to combat climate change, nuclear energy is experiencing a notable resurgence. With advancements in technology and a pressing need for low-carbon energy sources, could nuclear power be the key to achieving carbon neutrality? This 2025 analysis explores the latest developments in nuclear technology, including small modular reactors (SMRs), examines…

The debate over whether nuclear energy is renewable often leaves many confused. While it boasts low carbon emissions and high efficiency, its reliance on finite resources like uranium sparks questions about its classification. In this article, we’ll explore the nuances of nuclear energy’s classification, its current role in clean energy, and how future advancements may change its status. What…