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Coauthor of research on brain responses to skin warming and cooling. The study connected controlled thermal stimulation with regional signals measured by positron emission tomography in awake humans.^[ref]

Coauthor of research on brain responses to skin warming and cooling. The study connected controlled thermal stimulation with regional signals measured by positron emission tomography in awake humans.^[ref]

Coauthor of research on brain responses to skin warming and cooling. The study connected controlled thermal stimulation with regional signals measured by positron emission tomography in awake humans.^[ref]

Coauthor of research on brain responses to skin warming and cooling. The study connected controlled thermal stimulation with regional signals measured by positron emission tomography in awake humans.^[ref]

Coauthor of research on brain responses to skin warming and cooling. The study connected controlled thermal stimulation with regional signals measured by positron emission tomography in awake humans.^[ref]

Coauthor of research on brain responses to skin warming and cooling. The study connected controlled thermal stimulation with regional signals measured by positron emission tomography in awake humans.^[ref]

Coauthor of quantitative research on fluorescence-lifetime-based FRET. The study connected assumptions about fluorophore orientation with interpretation of energy-transfer measurements, showing why the measurement model affects the inferred molecular interaction.^[ref]

Coauthor of quantitative research on fluorescence-lifetime-based FRET. The study connected assumptions about fluorophore orientation with interpretation of energy-transfer measurements, showing why the measurement model affects the inferred molecular interaction.^[ref]

Coauthor of quantitative research on fluorescence-lifetime-based FRET. The study connected assumptions about fluorophore orientation with interpretation of energy-transfer measurements, showing why the measurement model affects the inferred molecular interaction.^[ref]

Coauthor of quantitative research on fluorescence-lifetime-based FRET. The study connected assumptions about fluorophore orientation with interpretation of energy-transfer measurements, showing why the measurement model affects the inferred molecular interaction.^[ref]

Coauthor of a comparative account of advanced fluorescence microscopy. The work connects methods such as fluorescence recovery after photobleaching and FRET with the distinct molecular movements and interactions that their signals can measure.^[ref]

Coauthor of a comparative account of advanced fluorescence microscopy. The work connects methods such as fluorescence recovery after photobleaching and FRET with the distinct molecular movements and interactions that their signals can measure.^[ref]

Coauthor of a comparative account of advanced fluorescence microscopy. The work connects methods such as fluorescence recovery after photobleaching and FRET with the distinct molecular movements and interactions that their signals can measure.^[ref]

Coauthor of research on the mathematical behavior of a measure of linkage disequilibrium. The study connected allele-frequency constraints with interpretation of measured genetic association between loci.^[ref]

Coauthor of research on the mathematical behavior of a measure of linkage disequilibrium. The study connected allele-frequency constraints with interpretation of measured genetic association between loci.^[ref]

Researcher in heredity. Mendel counted inherited traits across generations of plant crosses, connecting repeatable numerical patterns with the segregation and combination of hereditary factors.^[ref]