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Frontiers of Quantum Materials
Exploring the novelty, potential and unexpected behaviors that arise from quantum interactions
The study of materials at the nanometer scale pushes the boundaries of knowledge. Through a deeper understanding of the electronic, optical, and mechanical phenomena that arise when atoms combine into novel structures and materials, new applications in energy, medicine and information science may be discovered.
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Materials for Quantum
What will microelectronics look like in 15 years? The answer is not yet known but depends on the fundamental quantum materials research of today.
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Materials scientists likely hold the key to unlocking the quantum computing revolution
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