Chemistry under high pressure: a curiosity or a practical solution?

High-pressure chemistry is an interdisciplinary science that uses high-pressure experiments to investigate the interactions, reactions and transformations between atoms and molecules. It has been thoroughly studied and has seen rapid development in the last decade. 

But what's next for high pressure chemistry? This Perspective focuses primarily on high-pressure experimental chemistry from our perspective. You can also get more information about best high pressure chemistry by searching online.

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The following topics are briefly summarized: (I) High pressure as a tool to resolve scientific disputes concerning phenomena observed under ambient conditions;(II) high-pressure reaction of interest to synthetic chemical chemists; 

(3III) chemical methods to quench high-pressure phases; (IV) using high-pressure to achieve what chemists cannot do; (V). Potential applications of in-situ properties at high pressure. This 

Perspective will provide future research opportunities for scientists to develop high pressure chemistry and inspire new efforts in the area of compression chemistry science.

High pressure chemistry has many benefits. It is not only faster reactions. It is possible to see the differences in reactions between normal and high pressures. One can often synthesize compounds that aren't formed at normal pressure or with very low yields. You can also take reference from your family and friends. You can even search online to get more information about high pressure chemistry.