Neuroscience
Why Familiar Masterpieces Continue to Reveal New DepthsBefore the First Note: Where Sound Is BornThe Brain Identifies Instruments Before We Can Even Name ThemThe body as a space for music: why movement can ease painMusic Meets Neuroscience: Notes & Neurons Debuts a New Concert FormatWhy Mozart Always Sounds NewMusic as a Study of the Human BeingThe Next Note Has Yet to SoundTIGRa: an ultracompact activator capable of switching on up to 12 genes at onceA light key: how scientists release proteins inside individual cellsEchoes of What We've Lived Through: How Stress Changes the Brain's SensitivityArtificial Intelligence is Learning to Listen—But is it Capable of Hearing Music?You Don't Just See Reality; You Create ItLight Locked in Geometry: How Ancient Words Become New PhysicsDREAMS: new technology reveals hidden geography of DNA and RNACapuchins Master AI: First They Beat Up a Computer, Then They Found BananasHappiness is heard first: how children with cochlear implants recognize emotions in music“Mini-brain” reproduced the electrical signature of anesthesiaThe Melody of Recovery: Scientists See How Music Returns the Brain to BalanceChinese neurobiologists have uncovered the mechanism of neurons that enables flexible thinking — and it is changing the future of AI 
