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Danna Freedman is the Frederick George Keyes Professor of Chemistry at MIT. Her research group focuses on applying atomistic control in synthetic chemistry to address fundamental questions in physics. They explore the creation of molecular materials with applications in quantum information science. Her work has contributed significantly to the understanding and realization of quantum technologies by designing molecular-based qubit systems that allow for high spatial control and chemical specificity. Freedman's research utilizes high-pressure synthesis techniques to discover new intermetallic compounds and materials with unusual properties, which sheds light on new chemical phase spaces. The use of diamond anvil cells enables in-situ measurements at pressures comparable to those found in the Earth's core, pushing the boundaries of material discovery in quantum applications.