Constantinos Makrides

Multichannel quantum-defect theory for magnetic Feshbach resonances in heteronuclear group-I systems

We present a multichannel quantum-defect theory for magnetic Feshbach resonances in the interaction of two heteronuclear group I atoms. The theory provides a unified and a uniform description of resonances in all partial waves, and enables the characterization of large number of resonances in terms of very few parameters. For the sample system of

Challenges to miniaturizing cold atom technology for deployable vacuum metrology

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Pendular trapping conditions for ultracold polar molecules enforced by external electric fields

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Development of a new UHV/XHV pressure standard (Cold Atom Vacuum Standard)

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Universality and chaotic dynamics in reactive scattering of ultracold KRb molecules with K atoms

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Three-body scattering dynamics of ultracold magnetic lanthanides

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Excited State Atom-Ion Charge-Exchange

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Theoretical Investigations in Support of a Cold-Atom Based UHV Pressure Sensor

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Control of Ultracold Chemical Reactions Through Conical Intersections

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Quantum Dynamics through Conical Intersections in Heteronuclear Alkali-Metal Trimers

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