To better understand it, Luis Piloto and his team created PLATO so they could have a more insightful experiment for the datasets. These include the time when they interact and conclude how an object behaves. In short, human infants begin to keep in touch with intuitive physics when they start observing the movement of things around them. To bring Plato to the research, scientists have studied a lot of previous studies about developmental psychology. Of course, when you don't see an item from your spot, you will assume that it's not there. Although they could not see it clearly, they knew that it was placed at a specific location. There might be some questions in their minds, including the ball's location or if they really existed in the first place.Īfter a brief moment, they would eventually realize the existence of an object. At first, we assumed that babies would be shocked after seeing them. Related Article: Google Patent Details Of AI-Powered Baby Monitor That Can Track Baby's Eyes And Movements Intuitive Physics in Simpler TermsĪs per CNET, intuitive physics is best explained when you show a particular object like toys or pillows to a baby. In this way, they could compare two different entities, thus addressing the gap between machines and people.
He based the structures of the atoms on four basic elements on the planet including water (icosahedron), air (octahedron), fire (tetrahedron), and earth (cube).Īccording to the authors, Plato has been a useful tool to compare how a human baby gains intuition.
This scientist is widely-known for his discovery of atomic theory. The so-called AI, PLATO or Physics Learning Through Auto-encoding and Tracking Objects, might sound common to others, especially those who knew a famous Greek philosopher who existed around 427 B.C.E. According to , the researchers have collaborated with a known AI firm, DeepMind, to construct a neural network capable of establishing learning on "intuitive physics."
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