![]() “I bet that every person in this room is imagining something a little different, but filled with also sorts of distinct details about the surroundings about the circumstances. “Were those not the sounds you were imagining I’d play?” she asked the crowd. Gutierrez started her talk by playing a five-second audio clip of waves crashing against the shore, according to Insider. While most people might be turned on by stereotypical sounds such as heavy breathing and orgasmic screaming in porn, Gutierrez said listening to less obviously erotic noises can expand a person’s imagination and - by default - their sexual horizons. Gina Gutierrez, 31, made the kinky claim at the TED2022 conference last week, telling the 1,500-strong crowd that sound is intrinsic to sexual pleasure. The founder of an erotic audio company claims listening to the sound of crashing waves can help train the brain to have better orgasms. I almost died during orgasm when sex position ‘popped’ my aorta ![]() Women can have 3 types of orgasm, scientists discover: Do you ‘avalanche’? Sex expert: The orgasm ‘rule’ women need to ditch It’s noble to want to establish communication with our favorite ocean denizens, but unless we find a way to turn down the volume, we won’t ever hear what they might want to tell us.‘Defensive’ men doubt findings of recent female ejaculation study And we have enough in common with most species in terms of shared communication channels to make this possible, even if it’s just a gentle stroke of the fin or being caressed by an octopus sucker. Humans feel a strong pull to communicate with ocean animals, be it an octopus, a whale, or a dolphin. Stevens’ research could reveal that it’s getting so loud in the ocean that dolphins might be losing their ability to think clearly enough to live a normal life. Just as we see in humans, distracting background noise may make it difficult for dolphins to focus on the task at hand. Paige Stevens is investigating the ways in which anthropogenic noise affects dolphins’ ability to learn critical survival behaviors. They are currently looking at how even seemingly minimal amounts of background noise-like the motor of a jet ski or the drone of an outboard motor, for example-might make it difficult not only for dolphins to communicate with each other but also to concentrate long enough to learn new skills. Jason Bruck and other researchers have refocused their attention from the communicative properties of dolphin pee to the problem of ocean noise. Too much noise makes it difficult for fish to attract mates and deter enemies or for whales to hear those low-frequency calls as they now must compete with the constant hum of shipping traffic. Ship noise, military sonar, dredging, wind farms, and oil and gas drilling-all these activities are creating a cacophony of sound in the ocean. In our quest to both decipher and establish communication with marine species, we have become our own worst enemy. Thanks to human-made noise, the ocean sounds very different than it did millions of years ago. The ocean is chock-full of marine animals exploiting the auditory channel for communication, but this may be changing. Many species of fish use sound for communication: attracting mates, defending territory, or deterring predators and rivals by making thump, grunt, and chirp sounds. ![]() The low-frequency sounds produced by larger whales-blue whales, fin whales, humpback whales-can travel tens of thousands of miles underwater, gently bouncing from the equator to Antarctica. Since sound travels more than four times faster in water (1,480 meters per second) than in air (343 meters per second), it’s no surprise that a huge number of marine animals also use sound as an efficient means of communication. This is because language itself evolved to occur primarily over the auditory channel. When most people think of communication, we think not of touch but of speech. ![]()
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