grant
Quantum Dynamic Investigations of Redox in Biology
NIHUS FederalResearch GrantFY2025Active SitesAffectAreaBiologic ModelsBiological FunctionBiological ModelsBiological ProcessBiologyBiomimetic MaterialsCatalysisChargeCorrelation StudiesCrowdingDevelopmentDiseaseDisease PathwayDisorderDrug DesignDrugsElectron TransportElectronsEnergy harvestingEnvironmentEnzyme GeneEnzymesEventExhibitsFormulationH+ elementHydrogen IonsInvestigationKineticsMedicationMetalsMethodsModel SystemMolecular Dynamics SimulationMotionNatureNegative Beta ParticleNegatronsNuclearOxidation-ReductionPathway interactionsPharmaceutical PreparationsPhotosynthesisProcessPropertyProteinsProtonsQuantum MechanicsReactionRedoxResearchSolventsStatistical CorrelationStructureThermodynamicThermodynamicsbiological systemsdesigndesigningdevelopmentaldrug candidatedrug/agentelectron transferelectronic structureenergy efficiencyfrontierinsightmolecular dynamicsnitrificationoxidation reduction reactionpathwayquantumquantum codingquantum computationquantum computingquantum error correcting codessimulationsmall moleculetheorieszero-point energy
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Project Summary
Establishing a fundamental understanding of redox processes in biology is a key challenge with the potential to
transform research in areas ranging from the development of biomimetic materials for efficient energy harvesting,
small molecule drug design to mitigate disease pathways, and even in the search for quantum materials that…
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