@bitcloud Thats not how this works at all. MRI measures the magnetic properties of tissue, there is no reason to assume that an ultrasound will contain the same information
Its like thinking you can use AI + a scale to tell the difference between a red ball and a blue ball of equal weight
@ChrisPainterYup Its just the math of running huge numbers of scans on asymptomatic people. If the odds of an asymptomatic person having some specific tumor are 1/10000, and the scan produces a false positive rate of 1%, then 100 ppl get a cancer diagnosis for every 1 that actually has cancer
@altryne@midjourney "It can image internal tissues finer than the width of an atom."
If you believe this then no one should take seriously anything you say about a technical topic ever again.
The picometers refer to the movement of the piezo transducers, not the resolution of internal tissues
@Clarksterh@IterIntellectus They are obfuscating the difference between imaging resolution and the subatomic movements in the piezoelectric transducers that are detectable. That makes it sound impressive but isnt novel at all
@AWar1586398@nickmmark Lol, it was invented within the "sacred priesthood", these guys are just commercializing it and made a flashy video about it.
https://t.co/jbrl2s3oVK
@vortogen@midjourney This does not scan to the subatomic level. The femtometer scale they're talking about is just the amount of movement in the piezoelectric transducers that is detectable, not the resolution of the images
@maxfielddagoat@WildWhy_v3_44 or you could go to Great Circles which is a record store in philly that actually sells just electronic and experimental music
@DellAnnaLuca@pythagoreanmetr If I recall from my undergraduate experience, the "drop out rate" for pre-med students was around 50%. They didn't actually drop-out of college altogether, they just switched majors or decided not to apply to med school
@segyges Common usage among math/physics/CS folks that comes from vector calculus. If the interaction between two vector quantities is defined by a dot product, and the vectors are orthogonal, their dot product equals 0, so they are independent or "unrelated"
@RamonPang About a month ago discogs changed the search logic for multiple styles from AND to OR, making this kind of digging impossible. Thankfully enough people complained that they switched it back