ЗЕМЛЯ летит сквозь ТРУП ЗВЕЗДЫ — и официальная версия молчит 80 000 лет

Scientists melted 300 kilograms of Antarctic ice and found atoms that shouldn't physically exist on Earth—they belong to a star that died millions of years ago. This is an engineering audit of a May 2026 publication in Physical Review Letters, which proved that the solar system is currently flying through the radioactive debris of an ancient supernova. We're doing the math: half-life, flux density, heliospheric filtration, and the ice's age-specific concentration profile. No esotericism, no aliens—just physics and the numbers the news missed. What we'll examine: Why iron-60 in Antarctic ice CANNOT be from Earth — the arithmetic of half-lives How accelerator mass spectrometry extracts 6 atoms from 10 TRILLION What is the 30-light-year-wide Local Interstellar Cloud and why are we inside it? The "one distant supernova" hypothesis is closed — the concentration profile killed it How Antarctic ice turned into a profiler of galactic geography A cold engineering verdict: what's confirmed, what's not, what remains open Tags: iron-60, supernova debris, Antarctic ice, EPICA cores, Local Interstellar Cloud, accelerator mass spectrometry, HZDR, Dominique Koll, Physical Review Letters 2026, how supernova dust got to Earth, radioactive isotopes in ice, cosmic dust, Antarctica, interstellar medium, engineering investigation, dead star