![]() There's also an article about building a time machine. ![]() In another news, experts said that NASA could use Space War Drive for its future exploration. To view the study entitled "The ultrafast snap of a finger is mediated by skin friction," visit The Royal Society Publishing for more information. Reducing both the compressibility and friction of the skin makes it a lot harder to build up enough force in your fingers to actually snap," doctoral student Elio Challita commented. "The compression of the skin makes the system a little bit more fault-tolerant. The "Infinity War" inspired study led to a conclusion that decreasing or increasing friction on the fingers would be impossible to accomplish since there would not be enough force to endure the strong snap. What's noteworthy to jot down about the science behind Thanos' snapping is that it requires a lot of effort to do. He said that there was no actual physics involved here. The undergraduate student from Georgia Tech said that Thanos wouldn't be able to snap his metal-armored fingers if it wasn't for the special effects. In another article written by Comicbook on Thursday, Nov.18, another researcher Raghav Acharya commented about the results of their study. Related Article: Are Lightsabers Possible? Theoretical Breakdown by Physics Professor Explains How Thanos' Snap is More of Special Effects than PhysicsĬan humans imitate how Thanks snapped his fingers using an Infinity gauntlet? Researchers have an explanation for why it won't happen in the first place. In short, there's no way that you can mimic it in just seven milliseconds. Per Assistant Professor Saad Bhamla from the School of Chemical and Biomolecular Engineering, he jumped out of his chair when he discovered the data regarding Thanos' infinity gauntlet snap.īhamla added that the mad titan's finger snap happens faster than the blink of an eye which requires over 150 milliseconds to occur. For them, the activity was the "fastest human angular acceleration" measured so far. To imitate the effects from the popular Marvel movie, the group made use of metallic thimbles to closely copy the strong impact after the Thanos snap.īased on their findings, the snapping is three times faster compared to what a professional baseball pitcher does during the arm rotation. The researchers believe that the results open a variety of opportunities for future study, including understanding why humans snap at all, and if humans are the only primates to have evolved this physical ability.The researchers noted that friction has a huge role in this event since they need to simulate how Thanos snapped his finger while wearing a metallic gauntlet. By showing that varying degrees of friction between the fingers alters the elastic performance of a snap, these scientists have opened the door to discovering the principles operating in other organisms, and to putting this mechanism to work in engineered systems such as bioinspired robots.” John Long, a program director in NSF's Division of Integrative Organismal Systems, said that the research “is a great example of what we can learn with clever experiments and insightful computational modeling. "It's really an extraordinary physics puzzle right at our fingertips that hasn't been investigated closely." "For the past few years, I've been fascinated by how we can snap our fingers," Bhamla said. ![]() Bhamla said the project is also a prime example of what he calls curiosity-driven science, where everyday occurrences and biological behaviors can serve as data sources for new discoveries. Their results might one day inform the design of prosthetics meant to imitate the wide-ranging capabilities of the human hand. The research was led by Georgia Tech researchers Raghav Acharya, Elio Challita, Saad Bhamla and researcher Mark Ilton at Harvey Mudd College. The results were published in the Journal of the Royal Society Interface. Using an intermediate amount of friction, not too high and not too low, a snap of the finger produces the highest rotational acceleration observed in humans, even faster than the arm of a professional baseball pitcher. National Science Foundation-funded researchers at Georgia Tech to study the physics of a finger snap and determine how friction plays a critical role. Today, that same snap initiates evil forces for the villain Thanos in Marvel's latest "Avengers" movie. The snapping of a finger was first depicted in ancient Greek art around 300 B.C.
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