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Livermore ignition windows leaked red-dwarf-scale X-rays

New Scientist said windows on the Livermore ignition cylinder leaked red-dwarf-scale X-rays after 192 beams. Ryan Lester described the setup. The piece is Physical Review E reporting, not a full paper read. A second news page did not appear in this pass. The hotter-than-the-Sun line is Lester’s.

Science··Evening
In a bright Livermore laser hall, a gold ignition cylinder and its small diagnostic window sit in a metal target assembly, with a pale light beam extending outward.

One hundred ninety-two beams

New Scientist said a Los Alamos team led by Ryan Lester fitted windows onto Livermore ignition hardware at the National Ignition Facility. The date is 16 September 2026. 192 powerful lasers squeezed a carbon shell holding heavy hydrogen, seated in gold hardware about as small as an eraser. When ignition started the windows boiled away. Outgoing X-rays were given as tens of trillions of watts. The kit sits in the California lab. This is not a grid-power claim. The cylinder is gold.[1]

Red-dwarf scale

The same report compared those X-rays with the brightness of certain red dwarfs. Lester put the burning fuel above solar temperature. Physical Review E is the journal named for the experiment. The write-up is news coverage, not a full-text read. The windows belong to the ignition cylinder. The dwarf comparison is in the report. The solar line is Lester’s. The laboratory is Lawrence Livermore.[1]

No second page

BBC World RSS and France 24 English RSS carried no headline on this X-ray shot on 16 September. The card therefore rests on the New Scientist report. The one hundred ninety-two beams, the eraser-scale cylinder and the tens of trillions of watts come from that report. This is not a power-plant claim. The RSS sweep is dated 16 September. There is no second publisher. The Physical Review E full text is not here. The shot is laboratory-scale.[1]

References

  1. News sourceNew ScientistNIF cylinder windows let out the brightest laboratory X-rays yet↩1↩2↩3