by JanPalmer » Mon Jul 28, 2025 7:43 am
Let the French and Chinese engineers tinker away with their billion-dollar fusion contraptions, built on the rather charming assumption that the Sun is powered by a man-made nuclear reactor at its core. It’s an adorable thought, but let’s be honest: fusion reactors like those don’t actually exist anywhere in nature. It’s a bit like trying to build a campfire by replicating the center of a star, only with more bureaucracy and superconducting magnets.
The plan is simple—almost charmingly so. First, pour in colossal amounts of electricity, preferably from old-fashioned nuclear fission plants (you know, the ones that actually work), to heat the reactor core to temperatures hot enough to make the Devil sweat. Then, just coax a few shy deuterium atoms into fusing into helium. Voilà! Endless, clean energy for centuries to come. All it takes is a limitless supply of seawater and the not-so-trivial trick of holding a writhing, superheated plasma donut in place using magnetic fields generated by electric currents that behave like caffeinated snakes.
Projects like ITER, JET, and EAST are engineering marvels in the same way a Rube Goldberg machine is: complex, expensive, and unlikely to do anything useful. Remember the Superconducting Supercollider? Scrapped for being too costly. These shiny fusion dreams are marching proudly down the same path—toward a budgetary black hole.
And let’s not forget the inevitable byproduct of this hypothetical fusion bonanza: helium. Lots and lots of helium. It’ll drift off into the upper atmosphere, giggling at our efforts. One can only wonder: What exactly are we going to do with all that noble gas? Fill party balloons? Start a voice modulation industry?
Until physicists come to terms with the actual nature of mass and energy—and maybe give the electric force the credit it deserves for running the cosmos—we’ll keep tossing public funds into this thermonuclear wishing well, hoping that fusion will magically stop being 30 years away... for the first time since 1950.
Let the French and Chinese engineers tinker away with their billion-dollar fusion contraptions, built on the rather charming assumption that the Sun is powered by a man-made nuclear reactor at its core. It’s an adorable thought, but let’s be honest: fusion reactors like those don’t actually exist anywhere in nature. It’s a bit like trying to build a campfire by replicating the center of a star, only with more bureaucracy and superconducting magnets.
The plan is simple—almost charmingly so. First, pour in colossal amounts of electricity, preferably from old-fashioned nuclear fission plants (you know, the ones that actually work), to heat the reactor core to temperatures hot enough to make the Devil sweat. Then, just coax a few shy deuterium atoms into fusing into helium. Voilà! Endless, clean energy for centuries to come. All it takes is a limitless supply of seawater and the not-so-trivial trick of holding a writhing, superheated plasma donut in place using magnetic fields generated by electric currents that behave like caffeinated snakes.
Projects like ITER, JET, and EAST are engineering marvels in the same way a Rube Goldberg machine is: complex, expensive, and unlikely to do anything useful. Remember the Superconducting Supercollider? Scrapped for being too costly. These shiny fusion dreams are marching proudly down the same path—toward a budgetary black hole.
And let’s not forget the inevitable byproduct of this hypothetical fusion bonanza: helium. Lots and lots of helium. It’ll drift off into the upper atmosphere, giggling at our efforts. One can only wonder: What exactly are we going to do with all that noble gas? Fill party balloons? Start a voice modulation industry?
Until physicists come to terms with the actual nature of mass and energy—and maybe give the electric force the credit it deserves for running the cosmos—we’ll keep tossing public funds into this thermonuclear wishing well, hoping that fusion will magically stop being 30 years away... for the first time since 1950.