Why do some people hear this GIF Pilot Jump?



You certainly remember The Dress from 2015 and the viral debate on the Internet about what color it really was. This year is a silent animated gif that shows three electric towers playing the jump rope. The funny thing is that many people can listen to it .

  the gif

( IAMHAPPYTOAST ) [19659004] The gif was actually created by the Twitter user I Am Happy Toast in 2008 as part of a Photoshop challenge , and appeared on the British parallel universe comedy show The Wrong Door . What set off the current uproar was a December 4 tweet from Scottish scientist Lisa DeBruine.

Does anyone in visual perception know why they can hear this gif? pic.twitter.com/mcT22Lzfkp

– Lisa DeBruine (@lisadebruine) December 2, 2017

She asked her followers what they were listening to when they looked at the gif. 315,483 people responded to their survey at the time of this writing. But that's just the tip of the iceberg, since everything has gone viral. One of the things that intrigued DeBruine was why some hear the sound and others do not, as reflected in the survey of his tweet.

However, your basic question has yet to be definitely answered, but there are certainly some interesting theories. The first favorite in his diet was that the tower in the middle is jumping at a rate very similar to the human heartbeat, and therefore, it is his own heart that people are listening to. This theory makes sense only if the beat of your heart is synchronized with the pylon, which is very unlikely. Anyone who has tried to obtain two pieces of music with the same tempo to reproduce them in time can attest to this; it only occurs when they are aligned exactly . DeBruine quickly put the kibosh in this case. On the other hand, as long as we are talking about viral videos, why does this finally happen with non-synchronized metronomes? (Much more time is needed to achieve its effect than GIF.)

It did not take long, however, for the discussion to focus on the camera movement that occurs when the jumper lands. I Am Happy Toast got into the conversation, showing how the effect still happens when the towers are cut, leaving only the shake.

The hit is almost completely on the jolt, if you cut the pylons themselves you can still hear it. They simply give it height. pic.twitter.com/3LZK1g24yZ

– HappyToast (@IamHappyToast) December 4, 2017

It also notes that in The Wrong Door there is no shake, and no boom .

I have traced a copy of the towers as they appeared in The Wrong Door – without ground shaking and therefore no noise! @lisadebruine pic.twitter.com/KzHw2crPlR

– HappyToast (@IamHappyToast) December 7, 2017

A couple of other examples with a shaken camera back up their point. This from My Neighbor Totoro and also, booms.

 totoro

(DISNEY)

This rise and fall does not explode, it breaks. Even so …

 elephant seesaw

Tweeter Aaron Carlson noticed a phenomenon that can begin to understand what is happening for those who listen to the gif.

Gif shake seems to cause me to have an extremely tiny muscle that tightens around my ears (preparing for impact?). I think this is where the sound comes from me at least.

– Aaron Carlson (@ crazycarl864) December 4, 2017

[19659000] Jonathan Toolan tweeted his young son's reaction to the gif: "7-year-old son's report about jumping the pylon: & # 39; I can not hear it, but my body can feel it. "

Renowned technocrat Andrew Kemendo explains it in a more sensible and sensible way:

Look at the correlated neuronal activity. The brain is "waiting / predicting" what comes visually and then triggers a version of what awaits through the relevant senses. It also explains why some may "feel" a handshake https://t.co/erpiCiv5hX

– Andrew Kemendo (@AndrewKemendo) December 3, 2017

Another theory that is not completely related comes from Christopher Fbadnidge a scientist from the University of London, who spoke to the BBC . It suggests a kind of synaesthesia from movement to sound. Fbadnidge is studying what he calls "vEAR" – for "Auditory evoked auditory response" – which says is a phenomenon experienced in daily life by approximately 20% of us, much more than the generally reported incidence of synesthesia

"We are constantly surrounded by movements that make a sound, whether it be steps while people walk, lip movements while talking, a ball bouncing in the playground, or the shock when we drop a glbad. suggests that synesthetic pairings are, to some extent, learned during childhood. "

Fbadnidge offers this example: "I could badume that I am listening to the steps of a person walking across the street, when really the sound exists only in my mind".

Much research has not yet been done on vEAR, but Fbadnidge is conducting a survey if he is interested.

The truth may be one of these theories or something not yet postulated, what do you think? Is it something completely different?


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