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This video was sponsored by Brilliant Visit https://brilliant.org/CienciaMapeada to start your free 30-day trial and get 20% off an annual premium subscription. We can get very close, but never reach the speed of light. A common explanation for this involves looking at the graph of kinetic energy versus velocity. As the velocity approaches the speed of light, the kinetic energy required to accelerate the object further increases infinitely. This implies that an infinite amount of energy would be required, which is not possible in practice. But let's face it, it's not an explanation. Almost no one understands it. Why can't an object reach the speed of light? What physically happens to atoms? Do you want an intuitive explanation? This is what we are going to map and answer in this video... Contents 00:00 - Introduction 01:14 - Lorentz factor 02:14 - Time dilation 05:23 - Real clocks 07:53 - Evidence of time dilation 11:11 - Deducing the expression time dilation 14:23 - Conclusion 18:10 - Brilliant Main reference Quantum Physics: Eisberg and Resnick Complementary references https://www.wtamu.edu/~cbaird/sq/2014... https://edisciplinas.usp.br/pluginfil... Social network / prsjoao.reis Financial support - Pix key [email protected] Be a member of this channel / @cienciamapeada Thanks to the supporters: Guilherme r, Ezequiel, Daqueno, Jean Soares, Paula de Jesus, Marcelo, Vini Serrati, Patrícia Silveira, Vinício Moreira, Claudete Lacerda, Joao Caetanon, how I change my life, norseatorongodo, Fábio Moroni, Kayky x7, Soldier 19, Alexander Paludetto, Luiz Célio Leite Matheus Padua, Freedom on the right. Credits Research: Me Script: Me Narration: Me Audio editing: Me Image editing: Me Illustrations: Me Video editing: Me Again