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Imagine the luxury of walking into a coffee shop and receiving a personalized drink deal on your smartphone or tablet upon entry. Thanks to Sonic Notify technology, activated by audio, our smartphones are getting smarter.
Co-founders Jonathan Glanz and Alex Bell started developing the unique audio-to-mobile technology in 2011.
The sound-triggered technology allows precise delivery of content to mobile devices within apps, Sonic Notify EVP Ross Weinstein tells Mashable. Sonic Notify's clients can choose to push out mobile content at a specific time and location. The next step is to incorporate an imperceptible Sonic sound into your in-store radio, television show, live concert or PA announcement. Once the Sonic SDK is installed into your app, a user with the mobile app will be able to receive sound-triggered updates. For the near 12-person team based in New York, it's all about perfecting this engagement platform. Do you think integration of mobile technology with our surroundings will increase in popularity? Automotive manufacturers have been fiddling with the way their products sound, both on the outside and on the inside, for a few decades now. In recent times, BMW has employed an actual digital sound file, sound inspected and digitally perfected, to offer the M5 owners what they consider to be the proper sense of aggressiveness when driving at pace. Porsche as well did something similar, however they went with a more old-school option, employing a sound symposer in order to feed the growl of the 911′s flat-six into the cabin. A sound symposer is a diaphragm that is electrically controlled which is placed in a specially tuned sound tube meant to funnel the proper engine noises into the passenger compartment. For some this might sound as a bit of a gimmick, and as far as performance goes, it is, but driving a car for many of us is much more than just using it as a means of transportation. Actually the sound symposer technology has been on the minds of other car manufacturers as well, a former GM employee mentioned that he wanted for the system to be installed in Cadillacs, but the financial part of GM shot that idea down because of costs – we are aware that GM has been going through a lot of financial hardships in the past few years. However it would appear that it is not too expensive for Ford, considering that they have added the sound symposer technology to their upcoming Fiesta ST model. Read more:Pack your things for a Geneva trip for the 2016 Motor ShowDear friends: it’s official! This unit on the physics of sound will introduce you to some of the interesting science behind sound waves and allow you to work with some tools to create your own sound projects. This section will help you with the necessary content reading including concepts, vocabulary, and other information you will need to be able to communicate and understand more of the awesome physics of waves and sound.  Use these resources throughout the unit when needed to learn, review and strengthen understanding of the ideas. If you require more information or wish to book an appointment, please do not hesitate to contact me. Based upon the work of Cymatic therapy pioneer Dr Peter Guy Manners and his assistant Chris Gibbs, this course provides a comprehensive insight into the history and development of Cymatics and Cymatic therapy. The student edition of this course comes with a 45 page written guide, 90 minute audio guide, a assessment section and 12 months of e-mail tutor support. Comprehensive physical, mental and energetic Cymatic therapy perspectives and applications. A full syllabus and certificate will be provided for completing this course, so that you can acquire Continued Professional Development (CPD) credits and provide evidence to help obtain practitioner insurance.
This site provides a helpful resource for Cymatherapy® information and clinics across the UK.
Cymatherapy is a modern form of audible sound and magnetic therapy used to support many health problems.
Information and locations of Cymatherapy clinics in London and the Midlands can be found on the clinic location pages.
Individual and group workshop demonstrations of Cymatherapy are also provided at the clinics listed on this site. All information and therapeutic services presented on this site are provided by Cymatherapy author, lecturer and practitioner: Chris Gibbs.
In this issue of The ASHA Leader, we present two sets of articles by prominent audiologists, researchers and sound engineers. Construction noise levels vary depending on the source: Cranes, cement mixers, welding, hammering and boring are only a few examples.
Exposure to high noise levels can lead to temporary hearing loss, but after several such instances the loss becomes permanent.
Industrial noise exposure also is related to other health problems such as tinnitus, high stress levels at work, and cardiovascular ailments. If you live far from an airport, you may find the occasional sound of a plane overhead pleasing or exciting, but certainly not life threatening.
The potential effects of aviation noise on people’s mental well-being are well documented, particularly the annoyance and stress caused by repeated noise exposure. Growing evidence suggests there may be long-term, cumulative health effects for those living near airports, including cardiovascular disease, hypertension and ischemic heart disease, perhaps brought on by sleep disruption and noise-induced stress. Researchers are suggesting possible ways to mitigate these effects, based on the many factors that can alter the amount of noise perceived on the ground. When most clinicians think of noise exposure, we first think of it in terms of noise-induced hearing loss. But long-term exposure to noise has been linked to other problems, such as high levels of annoyance and sleep disturbance. Kim pointed out that these psychosocial effects have been linked with negative health outcomes, including chronic disease.
As clinicians, being aware of the potential risks of exposure to traffic noise can help us provide appropriate counseling and referral, even when the exposure does not cause measurable damage to the peripheral auditory system. It’s hard to argue against the idea that it assaults the wallet to eat out, attend a sporting event, sip a martini at an upscale bar or even just go to the movies. Zagat Surveys, publishers of guidebooks that include reviews of about 15,000 restaurants nationwide, lists noise as the second most reported problem cited by diners (the first is poor service). This system serves a useful purpose not only for patrons with hearing impairment, but also for those with normal hearing, in selecting where they want to satisfy their gustatory and auditory cravings: They can do so without paying too high a price.
In 2010, I recorded sound levels for the audience and crew at a rock festival, The Bamboozle Road Show, and documented the results in a 2011 Audiology Today article co-authored with AuD extern Frank Wartinger.
We see the problems, but what’s being done to make our work spaces and public places easier on our ears? The acoustic fabric of our daily lives—particularly in the places we teach, learn and work—is changing. Possibly as a result of this change in higher education classrooms, the workplace is also changing. A critical challenge facing architects is how to design buildings and spaces to reap the obvious benefits of a more engaged, connected and collaborative world without sending it over the edge into sensory chaos and acoustic overload.
Allow choice and variety. Provide spaces with a full range of sensory exposures, from high-energy and high-stimulation to soft, low and quiet. Zone and buffer. Protect quieter spaces by placing them away from noisier ones and locating support spaces like file, storage and work rooms in between. Mask and cover. Use ventilation systems and white noise generators—devices that produce a constant sound, such as rushing air—to balance speech privacy and speech intelligibility. Manage transitions. Corridors, entryways and other connectors that link noisy spaces with quieter ones should be designed to signal the change. Switch gears. Create break room and lounge spaces that offer sensory contrast from the work areas they support. Fortunately, architects and acousticians are armed with new virtual reality tools that can accurately predict and even simulate the acoustics of any new environment before it’s built.


Since the beginning of mechanized warfare, noise in the military has become a routine part of our lives.
In 2009, due to the cost and prevalence of hearing loss and tinnitus, Congress established the Hearing Center of Excellence to focus on the prevention, diagnosis, mitigation, treatment and rehabilitation of hearing loss and auditory system injury. Our efforts remain focused on improving the health and quality of life of service members and veterans, highlighting hearing loss and tinnitus as both a military readiness and a population health issue, with risk and reward manifest both on and off duty, at peacetime and at war. Some earplugs perform better than others for reducing sound levels while maintaining reasonable sound quality. The Occupational Health and Safety Administration recommends workers use hearing protection when noise exposure levels are equal to or greater than an eight-hour, time-weighted average of 90 dBA.
HPDs are available in various physical styles, including earplugs, semi-inserts, earclips, earmuffs, helmets and earphones. To prevent hearing loss and improve worker acceptance and continued use, consider several factors when selecting HPDs, including accurate amount of noise reduction, comfort, ease of fit, ease of maintenance, convenience and availability, ability to hear important signals, compatibility with other work or protective gear, and many other factors specific to individual workers, such as the severity of existing hearing loss and work conditions. Agents to reduce oxidative stress or antioxidents including D-methionine (D-Met), Ebselen and neurotrophic growth factors.
Agents to reduce excessive release of glutamate, which can bind to the postsynaptic receptors leading to neuronal degeneration. Metabolites like cobalamin (vitamin B12) to stabilize neural activity and improve vascular endothelial function. A combination of some of the above agents, including beta-carotene, vitamins C and E, and magnesium. Gene therapy involving the injection of Atoh1, a gene critical for hair cell differentiation in the cochlea, to induce repair or regeneration of stereocilia located on top of the hair cells.
Therapeutic ResourcesTherapeutic Resources is a medical staffing agency providing professionals for Physical, Occupational and Speech Therapy, Nursing and Allied opportunities.
Or, receiving an automated mobile thank-you note for watching a film, exactly an hour after leaving the theater.
So smart, in fact, they're interacting with elements in your surroundings to bring you relevant media. A year later, brands and entertainers can engage with customers using the patent-pending Sonic technology.
Sonic technology can be integrated into in-store radio broadcasts, TV shows, movies, sporting events or live concerts. A wireless web connection and GPS capabilities are rarely needed for successful media transmission. As long as the Sonic sound is integrated into the show, the consumer's smartphone or tablet will be able to receive content. The team hopes to be ubiquitous across all apps in as many places that have speakers and microphones as possible.
Mashable is redefining storytelling by documenting and shaping the digital revolution in a new voice, new formats and cutting-edge technologies to a uniquely dedicated audience of 45 million monthly unique visitors and 26 million social followers.
This practice might be a bit better known in regards to motorbikes, but it is not strange to cars either.
The electrical component of the diaphragm means that it is opened and closed by the vehicle’s on-board electronics so that you can basically turn the engine snarl off and on, at the push of a button. File 81.9MB Moodle backupCheck out these links for great examples which show that knowing about the science of sound is an exciting way to enrich your understanding of the world around you. Here you will find a comprehensive guide to all Cymatic therapy services, publications, training and events that I provide for therapists and clients. You will also receive a free copy of the e-book: Cymatherapy - a practical guide for everyone.
If you would like to know more about his experience with Cymatherapy or wish to contact him directly, please go to the Practitioner Bio page.
The booms, screeches and reverberations of traffic, manufacturing, construction and airplanes can’t be avoided in daily life. Many offending stimuli affect not only our hearing but also our well-being: Noise exposure has been implicated in cases of sleep disturbance, heart disease and hypertension, among other adverse effects. In the first, we listen in on some of the most prominent sources of noise, and describe the risks of extended exposure. For most of us, the noise may not seem excessive due to the briefness of exposure, construction barriers and closed car windows. These noise levels can average from below 85 dBA for concrete mixers to a staggering 113 dBA for air track drills.
Workers often are unaware of their initial, mild hearing loss, which occurs only at higher frequencies and allows sufficient ability to communicate in quiet surroundings.
Hazardous noise also reduces job productivity by interfering with work communication and social exchanges. Now imagine standing on the tarmac all day as jets scream overhead, departing and arriving.
People living near airports indicate in surveys that they are bothered by aircraft noise, and that it interferes with their daily life. The definition makes more sense when you consider the modern issues related to aviation noise.
For example, departing aircraft are louder than arriving aircraft, and an aircraft arriving at night is often perceived as being louder than the same aircraft arriving in daylight.
It is sometimes a concern of formerly serene, first-world suburbs that have fallen victim to development and now sit beside busy new interstate highways.
In a 2012 study, Minho Kim surveyed the populations of several Georgia counties, including Fulton County and the city of Atlanta.
Some of the more serious implications of long-term traffic noise exposure could include high blood pressure, heart disease and myocardial infarction, to highlight a few. But we do these things anyway, because they’re pleasurable enough to justify the price.
The intensity levels from movies, particularly during the initial previews or trailers, have been reported as high as 112 dBA. Based on these findings, in 1998 we persuaded the San Francisco Chronicle to rate background noise—along with food quality and service—in their restaurant reviews. I have made sound-level measurements at many concert venues, from stadium shows to small clubs. You might chalk this change up to the explosion of interactive multimedia devices in our pockets, the coffee-house sensory preferences of an emerging generation, or even to a real or perceived rise in attention disorders.
Lighting, color and texture of finishes can all be used to provide visual and tactile transition cues. A stimulating coffee bar with TV screens can be a welcome jolt from a quiet office, just as a softly lit quiet lounge can be an oasis from a noisy trading floor. Most everything we design now is built first in a computer as a three-dimensional digital model. Hazardous noise is expected, but not always predictable during conflict, in training environments and off-duty. Accordingly, we have begun to see the successful transition of Department of Defense hearing conservation programs to more comprehensive hearing health programs, and are developing data-sharing with the Department of Veterans Affairs to track and trend injury patterns and provide continuity of care. We are achieving our goals by means of an established hearing health improvement network collaborating to improve prevention and care of auditory-vestibular issues through data management, research and outreach. Short of attending a concert and listening to only one song, the best way to lower this risk is hearing protection. Research suggests that blocking out ambient noise allows the listener to keep the volume at a moderate level. The National Institute for Occupational Safety and Health recommends hearing protection when sound levels are at or above 85 dBA.


Many commonly used HPDs provide more reduction of high-pitched noises compared to low-pitched noises. When the auditory system suffers temporary damage from noise exposure, the effect typically lasts several days or weeks. These include glutamatergic neurotransmission blockers such as riluzole or glutamate receptor anatagonists such as caroverine. Mutation of some genes (for example, P2RX2) makes some individuals more susceptible to hearing loss. By installing Sonic technology into apps, companies can trigger mobile notifications at precise times or specific locations. The next time you're standing in the dairy aisle deciding between ice cream flavors, don't be surprised if you receive mobile recommendations and discounts from a tech-savvy brand.
The triggering sound, imperceptible to human ears, can also play from discreetly placed devices. All clients have to do is install Sonic's SDK — a software kit the company provides — into their app. This new technique of studying sound demonstrates the focusing effect of an acoustical lens on sound waves issuing from the horn at extreme left. And the onslaught is magnified for those whose jobs require noisy tools and tasks: soldiers and police officers firing guns and sounding sirens, farmers and factory workers running heavy machinery, or airport workers directing thundering jets. In the second, experts suggest how best to minimize adverse effects, from better acoustic design to otoprotective agents to a simple pair of earplugs. And indoor projects, or larger outdoor projects using earth-moving equipment, increase noise exposure to even more dangerous levels.
In 2012, the Bureau of Labor Statistics reported occupational hearing loss in 20,700 people. But with years of hazardous noise exposure the hearing loss can progress further, causing difficulties in communication and social isolation.
Loud noise can interfere with the ability to concentrate at work and can cause excessive fatigue at the end of the day, with slow recovery.
They also perceive themselves as being in poorer health and suffering from increased insomnia, headaches and stress. Weather conditions can also affect aircraft noise levels: Low clouds may increase the noise levels by reflecting sound back to the ground. But this problem is even more severe in the developing world, where environmental noise—mainly from heavily trafficked roads—can reach 75–80 dBA, as the World Health Organization reported in 1999. The Occupational Safety and Health Administration mandates hearing conservation only when a person is exposed to 85 dBA for eight hours. Kim found that 10 percent of respondents reported high daytime annoyance, and 2.8 percent reported nighttime sleep disturbance related to traffic noise. Although most studies point to a need for more research in these areas, a 2009 study by Jenny Selander published in Epidemiology also lends support to the idea that long-term exposure to residential traffic noise greater than 50 dBA increases the risk for myocardial infarction. What we may forget is that they also may assault the auditory system with potentially damaging sound levels. These levels, perhaps intense enough to cause emotional concern or tinnitus, are likely not sufficient to place the moviegoer at risk for permanent hearing loss.
Because the typical patron doesn’t spend eight hours a day in restaurants—similar to the movie situation—restaurant noise is unlikely to cause permanent hearing damage.
But unlike this patient, many musicians still reject hearing protection despite the risks of sustained exposure to loud rock and the benefits of protection. A concertgoer who never left his or her seat for the duration would be exposed to roughly 50 times what is considered allowable for occupational noise exposure.
It is vital that hearing health care providers focus not on devices, but on developing relationships with our consumers. This collaborative teaching and learning model clusters students in small groups around interactive display screens, engaged in project-based peer interaction, and studies suggest promising effects on learning.
The open-source, open-office loft phenomenon challenges even the lowly cubicle’s padded walls as barriers to communication and collaboration. New software allows us to inform that model with detailed and measurable acoustical properties of every wall, floor, ceiling and door we build into it.
Despite consistent efforts to lessen noise exposure and damage, the invisible injuries of tinnitus and hearing loss continue to plague service members and veterans as the two most prevalent wounds of war. Music lovers should also take listening breaks, allowing ears to rest, and avoid loud music for 24–48 hours after a loud concert so their hearing can recover. When noise exposure levels cannot be controlled, hearing protection devices designed to reduce the noise level reaching the eardrum can minimize the possibility of noise-induced hearing loss, tinnitus, annoyance, irritability and hypertension. Other devices designed for musicians attempt to provide relatively equal reduction of high- and low-pitched sounds to maintain the quality of music.
Soon, this may prove a critical window to repair the damage and prevent permanent hearing loss.
Thus, therapy targeting the mutant P2X2 receptor may also prevent hearing loss in these people. We will never eliminate noise, but we may learn to mitigate its auditory and nonauditory effects. More than 68 percent of these were manufacturing-sector workers in the following industries: beverages, tobacco, food, textiles, apparel, wood products (including furniture), rubber, leather, stone, clay, glass, primary metals, fabricated metal products, transportation equipment, industrial machinery, electronic and electric equipment, and chemicals.
Our review of the literature indicates that reduction of industrial noise exposure can benefit workers, employers and society. Additional studies have found that children exposed to chronic noise develop communication issues and tend to speak in incomplete sentences—using shorter utterances to combat the noise. Noise exposure can also change by varying use of existing runways or constructing new ones. Clearly, with development continuing around the world, this issue will only grow if we do not address it. And according to the World Health Organization, exposure to environmental noise below 70 dBA for 24 continuous hours does not put a person at risk for NIHL. Most movies run two or three hours, and even some of the louder movies include periods of relatively quiet dialogue.
However, restaurant noise levels certainly can be high enough to be annoying—for people with hearing loss and those with normal hearing alike. Repeated regularly, this concertgoer is at very high risk for noise-induced hearing loss and tinnitus. Running auralization algorithms—used to model room acoustics virtually via computer simulation—can help predict background noise levels, and help us understand how to better soften and separate spaces acoustically.
Noisy environments unique to the military are encountered during combat, in combat training and from the logistics of war.
If a concertgoer were to listen to a 45-minute show without any hearing protection, he or she would sustain 7.5 to 12 times the allowable sound exposure in a given day, just in that short 45-minute exposure. We can analyze the mathematical data as sound pressure levels in decibels, or we can use sophisticated headphones and amplifiers to simulate the eventual acoustical effects of the future environment audibly. Although the threat of noise can’t always be predicted, acoustic injury largely is still preventable. That ability empowers not only designers, but also our clients in understanding the acoustical balance between communication, collaboration, stimulation and noise. Our focus—along with hearing preservation—is to enhance the ability to communicate effectively in a time-critical, lethal and often chaotic environment.



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