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A peculiar state of matter in layers of semiconductors
Our work on using grazing-incidence inelastic X-ray scattering to demonstrate many-body localization phase is highlighted at MIT News. Congratulations!
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Tongtong and Thanh received the MathWorks Science Fellowship. Big Congratulations!
Our Group members Tongtong and Thanh received the MathWorks Science Fellowship. They represent awardees at Physics Department from School of Science, and NSE from School of Engineering, respectively. Big Congratulations to Tongtong and Thanh!
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Our work accepted by Nano Lett. Congratulations!
In this work, using milli-eV inelastic X-ray scattering, we showed that in a strongly disordered superlattice system, the phonon population shows a deviation from equilibrium. We developed a theoretical model which map the phonon transport…
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Mingda receives DOE Early Career Award, congratulations!
Mingda has received the 2021 U.S. Department of Energy (DOE) Early Career Award, congratulations Mingda and keep up good work. https://news.mit.edu/2021/four-mit-faculty-members-receive-us-department-energy-early-career-awards-0624
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Thanh receives the Manson Benedict Award, congratulations!
Thanh Nguyen has received the NSE’s Manson Benedict Award for the year 2021, which is awarded annually “to a graduate student for excellence in academic performance and professional promise in Nuclear Science & Engineering.” Congratulations…
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Welcome Tongtong joins our group!
Tongtong Liu joins our group as a PhD candidate from MIT Physics. Most welcomed Tongtong!
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Streamlined approach to determining thermal properties
Our work on using atomic coordinates to predict phonon density-of-states is highlighted at MIT News. Congratulations!
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Our work accepted by Advanced Science. Congratulations!
In this work, we offered a machine-learning based predictive model that output the phonon density-of-states by inputting atomic structures. One feature is the prediction of alloy properties. Conventionally alloy prepdictions can be achieved using virtual…
