Sound Exposure Management
How does a silent basketball perform compared to a normal basketball?
The video tests the performance of a silent basketball against a traditional basketball, measuring key metrics like bounce height and noise levels using a decibel meter. The product claims to offer quieter gameplay while maintaining functionality, making it potentially appealing for indoor use or noise-sensitive environments. The test evaluates whether this innovative basketball truly delivers on its promise of reduced noise without sacrificing the essential performance characteristics basketball players expect.
Watch clip answer (00:04m)
Law By Mike
13:38 - 13:43
What is Auditory Processing Disorder (APD) and how does it affect the brain?
Auditory Processing Disorder (APD) is a neurological condition that impairs the brain's ability to interpret sounds. This disorder specifically affects how the brain processes auditory information, making it difficult for individuals to properly understand what they hear, particularly when there is background noise present. In essence, APD slows down the brain's ability to process words and sounds, creating challenges in distinguishing and interpreting auditory input from surrounding environments. The condition is particularly problematic in noisy settings, where the brain struggles to filter and make sense of important sounds among competing audio stimuli.
Watch clip answer (00:11m)
WION
00:34 - 00:46
How can noise-cancelling headphones contribute to hearing loss?
According to a new study by audiologists from the UK's National Health Services, noise-cancelling headphones may put users at risk of hearing loss through mechanisms related to brain processing. The increasing use of these devices is leading to a rise in hearing issues that are triggered by the brain rather than direct physical damage to the ear. These headphones, by providing enhanced sound clarity without background noise, may inadvertently cause the brain to process audio signals differently over time, potentially resulting in auditory processing disorders. This risk appears to be particularly concerning among younger users who use these devices extensively.
Watch clip answer (00:19m)WION
00:04 - 00:23
What potential risk is associated with regular headphone use, especially noise-cancelling ones?
According to a new study, regular headphone use, particularly those with noise-cancelling features, may put users at risk of hearing loss. The research suggests that while headphones have become an integral part of daily life for music, podcasts, and calls, their frequent usage could have negative implications for auditory health. This finding raises important concerns about how modern audio technology might be impacting our hearing over time, suggesting that users should be mindful about their headphone habits.
Watch clip answer (00:11m)WION
00:00 - 00:12
What health issue is increasingly linked to noise cancelling headphones according to UK audiologists?
According to UK's National Health Services audiologists, the increasing use of noise cancelling headphones is leading to a rise in hearing issues triggered by the brain. Experts have reported a growing number of young people seeking help for auditory processing disorder (APD). This condition affects how the brain interprets sounds, making it difficult for individuals to process auditory information properly despite having normal hearing sensitivity. The warning highlights a concerning trend where modern audio technology, while providing enhanced listening experiences, may be contributing to long-term hearing health problems, particularly among younger users.
Watch clip answer (00:21m)WION
00:12 - 00:33
What is causing the rise in Auditory Processing Disorder (APD) among young people?
According to experts, there's a growing number of young people seeking help for Auditory Processing Disorder (APD), a neurological condition affecting the brain's ability to interpret sounds. This increase appears to be linked to the rising popularity and overuse of noise-cancelling headphones among younger populations. The technology, while convenient, may be inadvertently contributing to hearing issues when used excessively without proper breaks. APD specifically hampers how the brain processes auditory information, making it difficult for affected individuals to properly interpret what they hear, despite having normal hearing sensitivity.
Watch clip answer (00:14m)WION
00:24 - 00:39