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Theory-Guided Strategy Expands Scope of Measurable Quantum Interactions

An oft-ignored effect can be used to probe an important property of semiconductors

OpenAI

Adam Zewe
Mon, 09/08/2025 - 12:02
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A new theory-guided framework could help scientists probe the properties of new semiconductors for next-generation microelectronic devices or discover materials that boost the performance of quantum computers.

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Research to develop new or better materials typically involves investigating properties that can be reliably measured with existing lab equipment. But this represents just a fraction of the properties that scientists could potentially probe in principle. Some properties remain effectively “invisible” because they are too difficult to capture directly with existing methods.

Take electron-phonon interaction. This property plays a critical role in a material’s electrical, thermal, optical, and superconducting properties. But directly capturing it using existing techniques is notoriously challenging.

Now, MIT researchers have proposed a theoretically justified approach that could turn this challenge into an opportunity. Their method reinterprets neutron scattering, an often-overlooked interference effect as a potential direct probe of electron-phonon coupling strength.

 …

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