The ability to general strong-field THz radiation has opened the possibility to study nonequilibrium structural and energetic dynamics in chemistry, biology, condensed matter physics, and a host of other quantum phenomena in ultrafast timescales. In this talk, we will review some of these enabling THz technologies and their application to emerging research in ultrafast quantum biochemistry and quantum information science using state-of-the-art probes, spanning ultrashort X-ray, optical, and free electron probes. The resulting knowledge and methodologies are poised to become essential components for addressing critical challenges and needs ranging from personalized medicine to approaches in environmental and toxicity remediation
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