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A versatile approach to assist animators in enhancing their animation work.

A team of researchers from MIT has introduced a new technique that allows artists of animated movies and video games to have greater control over the movement of their animations. Their method is rooted in mathematical functions called barycentric coordinates, which define how 2D and 3D shapes move, bend and stretch. This level of dynamic…

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Start developing a more efficient AI assistant by first understanding and replicating the unpredictable actions of humans.

Artificial Intelligence (AI) researchers at MIT and the University of Washington have created a model that can predict a human's decision-making behaviour by learning from their past actions. The model incorporates the understanding that humans can behave sub-optimally due to computational constraints — essentially the idea that humans can't spend indefinitely long periods considering the…

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The computational model accurately captures the hard-to-detect transition stages of chemical reactions.

Researchers from MIT have used machine learning to expedite the calculation of transient molecular states that occur during chemical reactions. The team's innovative new model streamlines the process, from a previously time-consuming task, performed using quantum chemistry techniques, to a few seconds. Applied, it could assist chemists to design new reactions and catalysts to create…

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The computational model accurately identifies the hard-to-detect transition stages of chemical reactions.

The process of identifying the fleeting chemical transition states that occur during reactions could be significantly sped up thanks to a machine learning system developed by researchers from MIT. At present, these states can be calculated using quantum chemistry, but this process is time and computing power intensive, often taking days to calculate a single…

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A versatile approach to assist animators in enhancing their artistry.

Researchers from MIT have developed a new technique that could offer artists greater control over animations. This new method utilizes barycentric coordinates, mathematical functions that dictate how 2D and 3D shapes can bend, stretch and move. Significantly, this technique gives animators the flexibility to define their preferred 'smoothness energies' that best suits their artistic vision. Presently,…

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Computational model accurately identifies the hard-to-detect transitional stages of chemical reactions.

Scientists from the Massachusetts Institute of Technology have used machine learning to expedite calculations of transition states in chemical reactions, a process that could support the invention of new reactions and catalysts with applications in fuels, pharmaceuticals and understanding the origins of life. Using a method known as density functional theory to compute transition states…

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The computational model accurately identifies the hard-to-detect transitional phases of chemical reactions.

Scientists at MIT have developed a machine learning-based technique for rapidly calculating the transition state of a chemical reaction, a step that was previously extremely time-consuming using traditional quantum chemistry methods. The transition state is a crucial yet fleeting phase in any reaction, marking the point where molecules have gained enough energy for a reaction…

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An adaptable approach to assist artists in enhancing animation.

Researchers at MIT have developed a new method that allows animators to have more control over their creations. Using mathematical functions called barycentric coordinates, they can now better control how 2D and 3D shapes stretch, move, and bend. Unlike traditional methods that only offered limited options for animation, this new method provides animators a level…

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An adaptable approach that assists artists in enhancing animation.

A new technique introduced by MIT researchers promises artists greater control over the animations of heroes and villains in animated movies and video games. The method generates barycentric coordinates - mathematical functions that define how 2D and 3D shapes can move, bend, and stretch in space. This allows an artist to shape the motion of…

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