• How the Sounds We Hear Help Us Predict How Things Feel

• Realistic Computer Models of Brain Cells

• Advancing Dynamic Brain Imaging With AI

• A New Model Sheds Light on How We Learn Motor Skills

• How the Brain Interprets Motion While in Motion

• Learning and Remembering Movement

• Researchers Investigate the Links Between Facial Recognition and Alzheimer's Disease

• Significant Energy Savings Using Neuromorphic Hardware

• Neuromorphic Memory Device Simulates Neurons and Synapses

• Component for Brain-Inspired Computing

• Energy-Efficient AI Hardware Technology Via a Brain-Inspired Stashing System?

• 'Nanomagnetic' Computing Can Provide Low-Energy AI

• Engineers Get Under the Skin of Ionic Skin

• The Ethics of Research on 'conscious' Artificial Brains

• Rational Neural Network Advances Machine-Human Discovery
• Honey Holds Potential for Making Brain-Like Computer Chips

• A New Brain-Computer Interface With a Flexible Backing

• Entanglement Unlocks Scaling for Quantum Machine Learning

• Can Machine-Learning Models Overcome Biased Datasets?

• Neuroscientists Use Deep Learning Model to Simulate Brain Topography
• The Brain’s Secret to Life-Long Learning Can Now Come as Hardware for Artificial Intelligence

• 2D Materials Could Be Used to Simulate Brain Synapses in Computers

• Creating a Reference Map to Explore the Electronic Device Mimicking Brain Activity

• Face Detection in Untrained Deep Neural Networks?
• Mind-Controlled Robots Now One Step Closer

• Rollercoaster of Emotions: Exploring Emotions With Virtual Reality

• How Organic Neuromorphic Electronics Can Think and Act

• 'Human-Like' Brain Helps Robot out of a Maze

• Analog Computers Now Just One Step from Digital

• New Discovery Opens the Way for Brain-Like Computers

• Research Team Makes Considerable Advance in Brain-Inspired Computing

• 'Deepfaking the Mind' Could Improve Brain-Computer Interfaces for People With Disabilities

• Neuroscientists Explore Mysterious 'events' In the Brain That Open New Avenues for Understanding Brain Injuries and Disorders

• Artificial Intelligence Sheds Light on How the Brain Processes Language

• Key to Resilient Energy-Efficient AI/machine Learning May Reside in Human Brain

• Solving Complex Learning Tasks in Brain-Inspired Computers

• Teaching Robots to Think Like Us

• Cutting Through the Noise: AI Enables High-Fidelity Quantum Computing

• Brain Cell Differences Could Be Key to Learning in Humans and AI

• Human Learning Can Be Duplicated in Solid Matter

• New AI Algorithm to Improve Brain Stimulation Devices to Treat Disease

• Bionic Arm Restores Natural Behaviors in Patients With Upper Limb Amputations

• Toward Next-Generation Brain-Computer Interface Systems

• Brain Connectivity Can Build Better AI

• Neural Network Model Shows Why People With Autism Read Facial Expressions Differently

• Towards Next-Gen Computers: Mimicking Brain Functions With Graphene-Diamond Junctions

• Wearable Brain-Machine Interface Turns Intentions Into Actions

• Bleak Cyborg Future from Brain-Computer Interfaces If We're Not Careful

• 'Neuroprosthesis' Restores Words to Man With Paralysis
• Liquid Metal Sensors and AI Could Help Prosthetic Hands to 'feel'

• 'Hydrogel-Based Flexible Brain-Machine Interface'

• Artificial Neurons Recognize Biosignals in Real Time

• Brain Stimulation Evoking Sense of Touch Improves Control of Robotic Arm

• New Material Could Create 'neurons' And 'synapses' For New Computers

• Brain Computer Interface Turns Mental Handwriting Into Text on Screen

• New Synapse-Like Phototransistor

• New Brain-Like Computing Device Simulates Human Learning

• BrainGate: High-Bandwidth Wireless Brain-Computer Interface for Humans

• More Than Words: Using AI to Map How the Brain Understands Sentences

• Researchers Enhance Quantum Machine Learning Algorithms

• Beauty Is in the Brain: AI Reads Brain Data, Generates Personally Attractive Images

• New Surgery May Enable Better Control of Prosthetic Limbs

• AI Researchers Ask: What's Going on Inside the Black Box?

• Desktop PCs Run Simulations of Mammals' Brains

• How the Brain Is Programmed for Computer Programming?

• A NEAT Reduction of Complex Neuronal Models Accelerates Brain Research

• Deep Learning Outperforms Standard Machine Learning in Biomedical Research Applications

• Tweaking AI Software to Function Like a Human Brain Improves Computer's Learning Ability

• Even After Long-Term Exposure, Bionic Touch Does Not Remap the Brain

• Teaching Artificial Intelligence to Adapt

• 'Chaotic' Way to Create Insectlike Gaits for Robots
• Researchers Uncover Blind Spots at the Intersection of AI and Neuroscience

• Robotic Exoskeleton Training Improves Walking in Adolescents With Acquired Brain Injury

• Challenges of Fusing Robotics and Neuroscience
• Artificial Visual System of Record-Low Energy Consumption for the Next Generation of AI

• Split Wave: Component for Neuromorphic Computer

• AI Helps Scientists Understand Brain Activity Behind Thoughts

• For Neural Research, Wireless Chip Shines Light on the Brain
• New Electronic Chip Delivers Smarter, Light-Powered AI

• Robotic AI Learns to Be Spontaneous

• Graphene-Based Memory Resistors Show Promise for Brain-Based Computing

• How Genetic Variation Gives Rise to Differences in Mathematical Ability
• 'Spooky' Similarity in How Brains and Computers See

• Assessing State of the Art in AI for Brain Disease Treatment

• Engineering Team Develops Novel Miniaturized Organic Semiconductor

• Brain Circuitry Shaped by Competition for Space as Well as Genetics

• Meditation for Mind-Control

• A Computer Predicts Your Thoughts, Creating Images Based on Them

• The Brain's Memory Abilities Inspire AI Experts in Making Neural Networks Less 'forgetful'

• Light Processing Improves Robotic Sensing, Study Finds

• 'Cyborg' Technology Could Enable New Diagnostics, Merger of Humans and AI
• Energy-Efficient Tuning of Spintronic Neurons

• Linking Sight and Movement

• AI System for High Precision Recognition of Hand Gestures

• How Thoughts Could One Day Control Electronic Prostheses, Wirelessly

• Photon-Based Processing Units Enable More Complex Machine Learning

• Researchers Gives Robots Intelligent Sensing Abilities to Carry out Complex Tasks

• Artificial 'neurotransistor' Created

• Artificial Intelligence Identifies, Locates Seizures in Real-Time