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Mario Borunda

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As seen in: The Conversation, Live Science, SPACE.com, The Next Web, Rappler, Discover Magazine, IFL Science, Inverse, Physical Review B, Scroll.in and
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Articles

Threshold Displacement Energies in Lead Halide Perovskites from Ab Initio Molecular Dynamics Simulations

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By Ahmad R. Kirmani, Ian R. Sellers, Mario Borunda
| Physical Review B
Predicting radiation damage to materials requires estimating the threshold displacement energy (). We calculate using ab initio molecular dynamics for the lead halide perovskites MA, FA, and . The values that we obtain, which are considerably lower than those commonly assumed in the literature for several species, hold significant implications for predicting radiation damage to materials.
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Why Does Gravity Pull Us Down and Not Up?

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By Mario Borunda
| newsfounded.com
Gravity is the reason why objects with mass or energy are attracted to each other. This is why apples fall to the ground and planets revolve around the stars. Magnets attract some types of metals, but they can also push other magnets away. So how do you feel the pull of gravity alone? In 1915, Albert Einstein found out the answer when he published his theory of general relativity.
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Why Does Gravity Pull Us Down and Not Up?

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By Saphire Rose, Mario Borunda, A Bengali Mother
| Automatic Blogging
Gravity is the factor things with mass or energy are brought in to each other. It is why apples fall towards the ground and worlds orbit stars. Magnets draw in some kinds of metals, however they can likewise press other magnets away. So how come you feel just the pull of gravity? In 1915, Albert Einstein determined the response when he released his theory of basic relativity.
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