When Chinese astronomers first glimpsed the Crab Nebula in 1054 CE — they didn’t see anything like this. A new photo courtesy of the James Webb Space Telescope (JWST) captures milky strands of material, known as synchrotron radiation, as it courses throughout the body of SN 1054 — a hat tip to the supernova remnant’s original discovery.

The $10 billion telescope, filled with an array of infrared instruments, began snapping photos of the universe in unprecedented detail in the summer of last year. In that short amount of time, JWST has already delivered groundbreaking revelations about our universe, and the Crab Nebula is its latest subject in a new image published on Monday by NASA.

Fingerprints have long been the hallmark of individual identity — the loops, whorls, and arches combined into an uncommon, unique pattern. It turns out we have a similar unique signature in our brains. Also known as functional connectomes, brain fingerprinting aims to broaden our understanding of how each person’s neural architecture relates to pain perception or the state of one’s mental health.

For scientists like Enrico Amico, a computational neuroscientist at École Polytechnique Fédérale de Lausanne (EPFL) in Switzerland, brain fingerprinting presents a perfect opportunity to see what our brains look like on psychedelics drugs like psilocybin, which is being explored for conditions like depression and alcohol use disorder.

“Psychedelics have a deep effect on our brains that is unique to every one of us,” Amico tells Inverse. “[But] where are the differences, in which parts of the brain, and do they relate to the subjective experience of the drug?