• It's Not as Difficult as You Think to Shout Upwind

• Smart Films Help to Make Loudspeakers Lighter and More Energy-Efficient

• Pulsing Ultrasound Waves Could Someday Remove Microplastics from Waterways

• What Do the Elements Sound Like?

• Road Noise Makes Your Blood Pressure Rise -- Literally

• Vocal Tract Size, Shape Dictate Speech Sounds

• Propeller Advance Paves Way for Quiet, Efficient Electric Aviation

• Understanding Sound Direction Estimation in Monaural Hearing

• First Wearable Device for Vocal Fatigue Senses When Your Voice Needs a Break

• The Roar and Crackle of Artemis 1

• A Type of Simple, DIY Air Filter Can Be an Effective Way to Filter out Indoor Air Pollutants

• Brain Flexibility May Hasten Hearing Improvements from Cochlear Implants

• Wireless Earphones as Inexpensive Hearing Aids

• Want to Fire Up the Dance Floor? Play Low-Frequency Bass
• Automatic Speaker Recognition Technology Outperforms Human Listeners in the Courtroom

• Using Sound to Model the World
• Capturing and Analyzing Subtle Combination Tones Produced by Violins

• How Low-Cost Earbuds Can Make Newborn Hearing Screening Accessible

• Skin-Attachable Auditory Sensor That Functions Even in Noisy Environments

• Would Traffic Noise from Future Flying Cars Cause Stress?

• The Secret of Swing: Downbeat Delays

• 风音乐传播原因低于唱歌,Study Finds

• Low-Cost Disease Diagnosis by Mapping Heart Sounds

• Saturn V Was Loud but Didn't Melt Concrete

• Do Wind Instruments Disperse COVID Aerosol Droplets?

• Leadership Online: Charisma Matters Most in Video Communication

• Improving Image Sensors for Machine Vision

• Music-Making and the Flow of Aerosols
• Eco-Friendly Sound Absorbers from Seaweed

• Scientists Invent 'quantum Flute' That Can Make Particles of Light Move Together

• Hearing Better With Skin Than Ears

• Optical Microphone Sees Sound Like Never Before

• Moth Wing-Inspired Sound Absorbing Wallpaper in Sight After Breakthrough

• Sizzling Sound of Deep-Frying Reveals Complex Physics

• Going Gentle on Mechanical Quantum Systems

• Better Residents' Health After Switch to Electric Buses

• Researchers Develop a Paper-Thin Loudspeaker

• The Physics of a Singing Saw

• 'Ears' For Rover Perseverance's Exploration of Mars

• The Rule of Two Helps Make Spaces Sound Better

• Warming Oceans Are Getting Louder

• Concert Hall Acoustics for Non-Invasive Ultrasound Brain Treatments

• New Acoustic Fabric Converts Audible Sounds Into Electrical Signals

• Gravitational Wave Mirror Experiments Can Evolve Into Quantum Entities

• Physicists Show How Frequencies Can Easily Be Multiplied Without Special Circuitry

• Musicians, Chemists Use Sound to Better Understand Science

• Balancing Sustainability, Safety and Comfort in Engineered Floor Slabs
• A New Amplifying Technique for Weak and Noisy Signals

• When Graphene Speaks, Scientists Can Now Listen

• Owl Wing Design Reduces Aircraft, Wind Turbine Noise Pollution

• Gunfire or Plastic Bag Popping? Trained Computer Can Tell the Difference

• Physicists Discovered Special Transverse Sound Wave

• Adding Sound to Quantum Simulations

• Flexible Device Could Treat Hearing Loss Without Batteries

• The Nanophotonics Orchestra Presents: Twisting to the Light of Nanoparticles

• Making Musical Performances Safer in the Era of COVID-19

• Algorithm Finds Personalized Sound Zones in Cars for Driver, Passengers

• Acoustic Illusions

• Testing 1-2: New Laser-Based Microphone Calibration Measures Up

• Compact Speaker Systems Direct Sound Efficiently

• Wind Turbine Night Noise

• Built-in Vibration Control May Help Soundproof Spaces

• Air-Powered Computer Memory Helps Soft Robot Control Movements

• Shape-Memory Alloys Might Help Airplanes Land Without a Peep
• Optical Singularities Could Be Used for Wide Range of Applications from Super Resolution Imaging to Optical Trapping

• Cutting Through Noise for Better Solar Cells

• Playing Wind Instruments Generates Less Aerosol Than Vocalization, COVID-19 Study Finds

• Meringue-Like Material Could Make Aircraft as Quiet as a Hairdryer

• 'PrivacyMic': For a Smart Speaker That Doesn't Eavesdrop

• Acoustic Solutions Made from Natural Fibers Can Reduce Buildings' Carbon Footprints

• Pepper the Robot Talks to Itself to Improve Its Interactions With People

• Making Music from Spider Webs

• Technology Uses 'single' Approach to Develop Electronics, Acoustics

• Modeling the Probability of Methane Hydrate Deposits on the Seafloor

• Successful Trial Shows Way Forward on Quieter Drone Propellers

• Quantum Effects Help Minimize Communication Flaws

• Neutrons Probe Molecular Behavior of Proposed COVID-19 Drug Candidates

• Adding or Subtracting Single Quanta of Sound

• Spreading the Sound

• Disposable Surgical Masks Best for Being Heard Clearly When Speaking, Study Finds

• New Method for Imaging Exhaled Breath Could Provide Insights Into COVID-19 Transmission
• Goldilocks and the Three Quantum Dots: Just Right for Peak Solar Panel Performance

• Military Flights Biggest Cause of Noise Pollution on Olympic Peninsula

• Researchers Look to Reduce Rotorcraft Noise

• Flow Physics Could Help Forecasters Predict Extreme Events

• Airflow Studies Reveal Strategies to Reduce Indoor Transmission of COVID-19

• Could Your Vacuum Be Listening to You?

• Minor Fluctuations in Sound Make It Hard to Identify in Which Concert Hall Music Is Played

• Scientists Find Upper Limit for the Speed of Sound

• Record-Breaking, Floating Laser Resonator

• Vessel Noise Present Year-Round at Cordell Bank National Marine Sanctuary

• Decorating Windows for Optimal Sound Transmission

• Cochlear Implants Should Be Recommended for Adults More Often

• Sounds of Action: Using Ears, Not Just Eyes, Improves Robot Perception

• What Violin Synchronization Can Teach Us About Better Networking in Complex Times