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Infants utilize evolutionarily conserved spatial cues to differentiate target voices from background noise.
A new study reveals that greater Japanese horseshoe bats asymmetrically adjust their echolocation call frequencies to align with colony mates.
A new study reveals that during REM sleep, the brain turns its listening inward, suppressing external sounds while intensifying processing of heartbeats.
Long before a baby's ears are functional, the brain is already building the circuitry needed for hearing, according to new research from Johns Hopkins University. Published in the...
by Tomas Suarez Omedas, Ross S. Williamson Neurons in the auditory system must represent behaviorally relevant sounds in the presence of background noise (BN) to support noise-inv...
A new study demonstrates that the human brain can simultaneously process two competing conversations during attentional shifts.
The extracellular matrix undergoes rapid 24-hour remodeling cycles during learning, locking into place to protect mastered skills.
A network-based framework for modeling cochlear sound processing may inform more personalized hearing aid and cochlear implant settings.
A new study from PARC Shanghai, Shanghai Jiao Tong University, and Sonova researchers in Switzerland explores whether DNN denoising can preserve Mandarin lexical tone perception in...
New research suggests deep neural network denoising can help hearing aid users maintain categorical perception of Mandarin tones in challenging listening environments.
In noisy environments, organisms differentiate sounds they want to detect from interfering noise to improve their perception of target sounds. This process is widely conserved acro...
An international initiative establishes the first consensus framework for vocal biomarkers, creating standardized definitions to accelerate voice-based disease diagnostics.
Relative pitch sequence of imagined melodies can be decoded from intracranial brain signals to reconstruct songs.
by Sara Carta, Emina Aličković, Johannes Zaar, Alejandro López Valdés, Giovanni M. Di Liberto Successful speech communication in multi-talker scenarios requires a skillful combina...
A new study reveals that the reward and salience centers in the brains of autistic teenagers fail to increase their responsiveness to unfamiliar voices as they mature.
The dual-sensing ear canal probe technology is inspired by how spiders send sound through their webs.
by Haoxuan Xu, Peirun Song, Hangting Ye, Ana Belén Lao-Rodríguez, Qichen Zhang, Yuying Zhai, Xuehui Bao, Ishrat Mehmood, Hisashi Tanigawa, Zhiyi Tu, Lingling Zhang, Xuan Zhao, Davi...
Schizophrenic and dissociative auditory hallucinations have long been thought to represent two distinct psychological mechanisms. A recent meta-analysis suggests differently.
by Christina Lubinus, Anne Keitel, Jonas Obleser, David Poeppel, Johanna M. Rimmele Slow, endogenous brain rhythms in the auditory cortex are hypothesized to track acoustic amplit...
by Manuel Varlet, Tomas Lenc, Sylvie Nozaradan, David Poeppel, Peter E. Keller Coordinating actions with others is essential for successful social interaction. Such coordination,...
Research team develops a highly directional speaker by integrating metamaterials with a single ultrasonic transducer.
A new study presents a unifying computational framework for neural traveling waves in the visual cortex.
Through music, neurodiversity, and lessons from our own family, students, and educators, we explore the many ways people reach one another beyond words—and what it means to truly l...
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