Coinciding with the 50 th anniversary of the first MRI, the researchers generated scans of a mouse brain that are dramatically crisper than a typical clinical MRI for humans, the scientific equivalent ...

Thanks to the powerful X-rays produced by the synchrotron particle accelerator at Argonne, the researchers were able to image the entire mouse brain—roughly one cubic centimeter—at the resolution of a ...

The complex circuitry of the brain above was captured by a new M.R.I. scanner developed at the University of California, Berkeley. The machine has a resolution 10 times better than its precursors ...

The images show that the technology — designed to reconstruct images from reading recorded human brain activity — isn't perfect. Photos on the left are the images participants were shown.

The top row shows the actual images participants looked at, while the bottom row shows an A.I. recreation of each image based on the participant's brain scans. Edited from Takagi and Nishimoto ...

The images are authentic and genuinely show the brain of a 44-year-old man with an excess amount of fluid in parts of his brain that may have possibly displaced other brain matter. The images were ...

They bypassed the eyes, producing perceivable images by directly stimulating the brain's visual cortex. The experimental system incorporates a forward-facing "artificial retina" mounted on an ...

Now scientists have discovered that nano- and micro X-ray phase-contrast tomography (XPCT) is a powerful tool to study structural and morphological alterations in the gut, without tissue manipulation.