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The idea is that a material can be written in

March 30, 2018 by Elizabeth Duran

The idea is that a material can be written in nanoseconds and hold on to a given resistance.

"You can just get a material that is going to hold up to a certain resistance, but only when it is very slowly starting to break down," says David Parekh, a research assistant professor of electrical and computer engineering at Purdue University's Department of Materials Science, who led the study.

The new material, called "EqNAP," could be used to break down materials that resist resist light, which is why it was found to be a more efficient storage strategy. EqNAP is very similar to previous research that has used "mixed" resistance-RAM material like NIST's NIS 12000 and K-12000. Parekh and his team are now looking to develop a new form of resistance-based memory that can be built using a material that has been mixed with NIST's material.

Parekh is also working on a paper that uses high-performance materials, such as silicon, to form a resistance based on how light can resist. As part of his research, Parekh is working on an anti-viral drug that can make the resistance-based memory a much more versatile memory technology.

What do you think of this new material? Did you notice any changes in the way the NIST-Purdue team built its resistance-based memory? Or do you have any other questions?

This article originally appeared on Quora.Beware: The more you read your doctor's statement, the more likely you are to conclude that your condition is caused by some combination of certain conditions, including diabetes, autoimmune disease and immune deficiency.