Recent advancements in nuclear fusion research have brought the possibility of virtually limitless power closer to reality. MIT Tech Review highlights a new magnet achieving the needed intensity for a fusion plant. UKAEA and ResearchCentreRez signed an agreement to progress the design of the UK prototype fusion plant, STEP, marking a significant step towards commercial nuclear fusion reactors. General Fusion achieved its first fusion reaction in 2005, setting the stage for practical commercial fusion energy.
❓ #DidYouKnow? We achieved our first fusion reaction in 2005 using our MTF approach on Bowen Island, BC—in a garage! This set us on the path to practical commercial fusion energy. Read what we’ve accomplished since: https://t.co/S5EHVcB7vC https://t.co/U3M5y1UOT5
Step closer to commercial nuclear fusion reactors after scientific breakthrough https://t.co/cEcyl42LBK
📰@UKAEAofficial and @ResearchCentreRez have signed a facility agreement to progress the design of UK prototype fusion plant, STEP. For more on the story ⬇ https://t.co/SmPibsCgKh
📰@UKAEAofficial and @ResearchCentreRez have signed a facility agreement to progress the design of UK prototype fusion plant, STEP. For more on the story ➡ https://t.co/SmPibsCgKh
Here comes the sun ☀️ MIT Tech Review: "The new magnet achieved the intensity needed to build a fusion plant producing more energy than it consumes, potentially ushering in an era of virtually limitless power... 'the most important thing in the last 30 years of fusion research.'” https://t.co/CwvqYhSNfN