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Development of a new pressure-quench technique demonstrates superconductivity in iron selenide crystals sans pressure.
The project has produced two vaccine strategies that are scalable, adaptable, and can be transported and stored at room temperature.
A University of Maryland atmospheric scientist has spent his career, in part, studying aerosol impacts on clouds, precipitation, and climate.
As a postdoc in the Center for Functional Nanomaterials, Wang focused her research on creating biomaterials using DNA-based assembly approaches.
The 2020 Jefferson Science Associates Thesis Prize has been awarded to Weizhi Xiong for his work on proton charge radius measurement.
Scientists are using machine learning to speed up development of materials that can harness energy from sunlight.
Research Aims to Advance Understanding of the Universe
Quantum criticality — a disordered state in which electrons waver between states of order — may give rise to protected states for quantum computation.
A research team led by Washington State University has created a computer model to understand how plants store energy in the thylakoid membrane.
Analysis of the survey’s first three years of data is a key step towards understanding dark matter and dark energy.