Doctor: What do you see in this X-ray?
Students: *collective gasp*
Doctor: Please don’t do that in front of patients.
seen from Estonia

seen from United States
seen from United States
seen from Australia
seen from Kazakhstan
seen from Sweden
seen from Israel

seen from Spain
seen from Türkiye
seen from United States

seen from Japan
seen from Germany
seen from United States
seen from Kosovo

seen from Spain
seen from United Kingdom
seen from Poland
seen from Spain

seen from United States

seen from Singapore
Doctor: What do you see in this X-ray?
Students: *collective gasp*
Doctor: Please don’t do that in front of patients.
Azuma Makoto: X-Ray Flowers (2023)
Medical dividers/ free to use (credit is appreciated)
Supernova Remnant and Neutron Star - April 25th, 1998.
"A massive star ends life as a supernova, blasting its outer layers back to interstellar space. The spectacular death explosion is initiated by the collapse of what has become an impossibly dense stellar core. However, this core is not necessarily destroyed. Instead, it may be transformed into an exotic object with the density of an atomic nucleus but more total mass than the Sun - a neutron star. A neutron star is hard to detect directly because it is small (roughly 10 miles in diameter) and therefore dim, but newly-formed in this violent crucible it is intensely hot, glowing in X-rays. These X-ray images from the orbiting ROSAT observatory may offer a premier view of such a recently formed neutron stars' X-ray glow. Pictured above is the supernova remnant Puppis A, one of the brightest sources in the X-ray sky, with shocked gas clouds still expanding and radiating X-rays. In the inset close-up view, a faint pinpoint source of X-rays is visible, which is most likely the young neutron star, kicked out by the asymmetric explosion and moving away from the site of the original supernova at about 600 miles per second."
Hey science side of tumblr,
How much x ray radiation would you need to immediately get tumors?
Love, an iron lung + nasa fan
hi