Closing eyes to hear better is relevant to practitioners who work with attention, perception, and sensory processing in diverse client populations. The finding that eye closure can hinder auditory discrimination in noisy contexts, and that aligning visual input with sounds can enhance hearing, has implications for understanding multisensory integration and its impact on daily functioning, anxiety, and communication difficulties observed in various clients.

This brief note highlights two focal points: (1) multisensory processing and how visual state modulates auditory perception; (2) the potential for practical strategies that consider eye-opening and visual context to support clients facing listening challenges in real-world environments.

Article Title: Closing your eyes to hear better might be a big mistake

Link to Science Daily Mind-Brain News: https://www dot sciencedaily dot com/releases/2026/03/260320073819 dot htm

Closing your eyes to hear better might be a big mistake<br>
https://www dot sciencedaily dot com/releases/2026/03/260320073819 dot htm<br>
Many people believe closing their eyes sharpens hearing, but that is not always true. In noisy settings, participants struggled more to hear faint sounds with their eyes closed, while matching visuals made it easier. Researchers found that shutting the eyes leads the brain to over-filter incoming sounds. Keeping your eyes open may actually improve how well you hear in noise.<br>
via Mind & Brain News -- ScienceDaily https://www dot sciencedaily dot com/news/mind_brain/<br>
March 20, 2026 at 07:49AM

#multisensory #auditoryprocessing #eyegaze #hearinginnoise #visualcontext

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The automated recording, when I make a call, even with the volume turned down: PLEASE HOLD! YOUR CALL IS VERY IMPORTANT!

The hold music: 🎶 DOO-DEE-DOO-DOO!!!🎶

The person I need to actually talk to, even with the volume turned all the way up: *Whisper whisper whisper* time *static whisper whisper* appointment *whisper whisper static*

Why does it seem like anytime I make a call anymore, robotic voices and hold music are unnaturally loud but human voices, which are what I actually need to hear, are so soft an static-y?

Is this just me and my auditory processing issues? Or have other people noticed this as well?

#Technology #Venting #AuditoryProcessing #Neurodivergent

#monsterdon okay forget ancient Aliens who is this ancient squirrel that tells stories about king Tutankhamun, I sense some real money there. #auditoryProcessing
How does attention shape #AuditoryProcessing? This study shows that #attention enhances sound encoding only at the cortical level, not in #auditory periphery or #brainstem, so humans’ ability to focus on a single voice in noise relies on cortical mechanisms @PLOSBiology plos.io/4pY5L1f

Imagine this: your grandchild whispers a secret, just for you. Or you’re walking, and the sudden chirp of a bird makes you smile. #auditoryprocessing #auditorysystem #earhealth #eardrum #hearing #hearingloss #protecthearing

https://priya.health/hearing/

Before you continue to YouTube

https://newatlas.com/learning-memory/tapping-finger-hearing-comprehension/

Highly relevant for those of us with #autism, #ADHD, or other conditions that interfere with #AuditoryProcessing! Try tapping a beat with your finger at a pace of about twice a second.

Brainpower boosted by tapping out a specific rhythm, study finds

French scientists have uncovered an odd superpower triggered by tapping your finger to a rhythm – it can help you hear and understand someone talking to you in a noisy environment, such as a party or a busy cafe. While it may sound a little woo-woo, there is a reason for it.

New Atlas
Before you continue to YouTube

Newborn brains reveal innate ability to process complex sound patterns

Newborns can detect non-adjacent dependencies in sound patterns, relying on the frontal cortex, while six-month-olds engage broader, language-related brain networks, highlighting early developmental shifts in auditory and cognitive processing.

PsyPost

Time for a new #Introduction . I’m a Lecturer in #Neuroscience in #London at the #UniversityOfRoehampton . I study #NoiseExposure & #HearingLoss & how it affects #AuditoryProcessing , #Audiology , & #Hearing ; particularly #SpeechInNoise & #PredictiveCoding . I focus on #HiddenHearingLoss noise exposure & I’m really interested in the intersection between noise exposure & #Neurodivergent conditions like #Autism & #Schizophrenia .

My home is a #Boat & most of my pictures here involve my #Cat .