In this chapter, we describe scattering resonance phenomena in general, and focus on the mechanism of Feshbach resonances, for which a multi-channel treatment is required. We derive the dependence of the scattering phase shift on magnetic field and collision energy. From this, the scattering length and effective range coefficient can be extracted, expressions which are particularly useful for ultracold gases
In this thesis we explore ultracold atomic collisions in the vicinity of a magnetic Feshbach resonan...
Feshbach resonances are commonly described by a single-resonance Feshbach model, and open-channel re...
We derive a resonance field-theory for ultra-cold Bose or Fermi gases that is valid when scattering ...
In this chapter, we describe scattering resonance phenomena in general, and focus on the mechanism o...
In the absence of inelastic scattering, Feshbach resonances produce poles in scattering lengths and ...
The scattering length is commonly used to characterize the strength of ultracold atomic interactions...
Feshbach scattering resonances are being utilized in atomic gases to explore the entire crossover re...
5 pages, revtex, 1 figureWe propose a coherent framework allowing to deal with many-body effects in ...
In the absence of inelastic scattering, Feshbach resonances produce poles in scattering lengths and ...
The susceptibility of ultracold gases to precise manipulation via external fields makes them ideal s...
In the absence of inelastic scattering, Feshbach resonances produce poles in scattering lengths and ...
We describe procedures for converging on and characterizing zero-energy Feshbach resonances that app...
Efimov physics in ultracold gases is described very well by the universal scaling laws, based on the...
We consider a quantum model of two-channel scattering to describe the mechanism of a Feshbach resona...
We present an Asymptotic Bound state Model (ABM), which is useful to predict Feshbach resonances. Th...
In this thesis we explore ultracold atomic collisions in the vicinity of a magnetic Feshbach resonan...
Feshbach resonances are commonly described by a single-resonance Feshbach model, and open-channel re...
We derive a resonance field-theory for ultra-cold Bose or Fermi gases that is valid when scattering ...
In this chapter, we describe scattering resonance phenomena in general, and focus on the mechanism o...
In the absence of inelastic scattering, Feshbach resonances produce poles in scattering lengths and ...
The scattering length is commonly used to characterize the strength of ultracold atomic interactions...
Feshbach scattering resonances are being utilized in atomic gases to explore the entire crossover re...
5 pages, revtex, 1 figureWe propose a coherent framework allowing to deal with many-body effects in ...
In the absence of inelastic scattering, Feshbach resonances produce poles in scattering lengths and ...
The susceptibility of ultracold gases to precise manipulation via external fields makes them ideal s...
In the absence of inelastic scattering, Feshbach resonances produce poles in scattering lengths and ...
We describe procedures for converging on and characterizing zero-energy Feshbach resonances that app...
Efimov physics in ultracold gases is described very well by the universal scaling laws, based on the...
We consider a quantum model of two-channel scattering to describe the mechanism of a Feshbach resona...
We present an Asymptotic Bound state Model (ABM), which is useful to predict Feshbach resonances. Th...
In this thesis we explore ultracold atomic collisions in the vicinity of a magnetic Feshbach resonan...
Feshbach resonances are commonly described by a single-resonance Feshbach model, and open-channel re...
We derive a resonance field-theory for ultra-cold Bose or Fermi gases that is valid when scattering ...