Highly detailed images of neurons created using lensless extreme UV imaging could help in the study of neurodegenerative diseases
Read article: Extreme UV imaging visualizes mouse neurons at ultrahigh resolution
New technique overcomes the problem of strong scattering of light as it passes though opaque biological tissue
Read article: Matrix factorization algorithms help track neuronal activity
MRI and PET data reveal a significant relationship between excessive iron accumulation and tau protein deposits in brain regions linked to Alzheimer's disease
Read article: MRI, PET strengthen iron, tau link to Alzheimer’s
New technique is comparable to laser cooling of trapped atoms and could have as many applications
Read article: Defect spins slow diamond motion
Brain MRI shows that long-duration microgravity exposure expands astronauts’ brain fluid volumes and can cause pituitary gland deformation
Read article: MRI reveals long-term effects of space travel on the brain
Bose–Einstein condensate could detect axion-mediated interactions
Read article: Ultracold atomic comagnetometer joins the search for dark matter
Applying extremely high stresses to biological samples could help explain anomalous bone formation that affects blast survivors
Read article: Experiment probes landmines’ effects on cells
Producing a cold beam of these complex polyatomic molecules may lead to more precise searches for an electron electric dipole moment, say researchers
Read article: Laser-cooled YbOH molecules could aid the hunt for new physics
Tiny bundles could also be used as artificial muscles
Read article: Diamond nanothreads could beat batteries for energy storage, theoretical study suggests
A deep learning-based model estimates attenuation maps directly from emission data, enhancing myocardial perfusion imaging on SPECT-only scanners
Read article: Deep learning improves cardiac images from SPECT-only scanners
