A first-ever complete map for elastic strain engineering : v

MIT and other researchers developed a framework that reveals phonon stability boundaries in six-dimensional strain space. By analyzing the phonon stability boundary, researchers can understand material properties at extreme conditions and design new materials with desired characteristics.

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Ju Li , Subra Suresh , National Science Foundation , Nanyang Technological University Distinguished Professorship , Battelle Energy Alliance Professor In Nuclear Engineering , Defense Threat Reduction Agency , Nanyang Technological University School Of Biological Sciences , Research Fellowship , Battelle Energy Alliance Professor , Nuclear Engineering , Vannevar Bush Professor , Zhe Shi , Nanyang Technological University School , Biological Sciences , Bush Professorship , Mit Dmse , Mit Nuclear Science And Engineering , Phonons , Honon Stability Boundary , Lastic Strain Engineering , Microprocessors , Computer Chips , Tu Li , Che Shi , Ming Dao , B Initio Calculations , Ix Dimensional Strain Space , Attice Thermal Conductivity , Eversible Elastic Strain , Anoneedles , Diamonds ,