#Exsqueeze it plus#

Studying how adding pressure affects existing solids is useful for the same reasons, plus the fact that we build using solids. This Is an Entirely New State of Matter.All the States of Matter You Didn't Know Existed.Studying the pressurization of gases into, for example, liquid nitrogen or the condensed form of breathable gas used by scuba divers can help scientists imitate conditions in the center of the Earth or on planets with extremely strong gravity compared to Earth. So-called “condensed-matter physics” is the study of all solids, but some solids only exist in special conditions under pressure. Pressure is a multi-layered subject in physics. Under a barrage of many powerful lasers, the condensed lead grew 250 times stronger than before.

Lead is dense and super heavy, but it’s also easily malleable and soft. Sorry, spider silk-this time it’s for real. Science News reports that researchers at Lawrence Livermore National Laboratory have been putting lead under pressure, and the results are stronger than steel. Studying extremes in all materials can reveal hidden strengths and applications.Potentially useful materials like liquid hydrogen are the result of extreme and pressurized environments in space.Squeezing experts have put lead under pressure and found it grows 250 times stronger.

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