The authors have measured the magnetic response of 33 individual cold mesoscopic gold
rings, one ring at a time. The response of some sufficiently small rings has a component that …

Experimental progress in the miniaturization of electronic devices has made routinely
available in the laboratory small electronic systems, on the micrometre or sub-micrometre …

We provide a framework for analyzing the problem of interacting electrons in a ballistic
quantum dot with chaotic boundary conditions within an energy ET (the Thouless energy) of …

Small metallic grains which satisfy the conditions of the universal Hamiltonian are
considered. It is shown that for such grains the effects of the interactions in the spin channel …

We analyze a system constituted by two single level quantum dots embedded in a metallic
ring connected to external electrodes. The energy levels of the dots are controlled by an …

Unlike bulk superconductivity, where one energy scale, the energy gap, characterizes
pairing correlations, we show that in small superconducting grains there exist two different …

Quantum dots with a large Thouless number g embody a regime where both disorder and
interactions can be treated nonperturbatively using large-N techniques (with N= g) and …

Quantum Ring: A Unique Playground for the Quantum-Mechanical Paradigm | SpringerLink Skip
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Schechter et al. Reply: In the preceding Comment [1] Eckern et al. criticize the results obtained
in our Letter [2]. Their main Page 1 Schechter et al. Reply: In the preceding Comment [1] Eckern …

Recently, new strongly interacting phases have been uncovered in mesoscopic systems
with chaotic scattering at the boundaries. The new phases are the mesoscopic analogue of …