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by the flat bands of twisted bilayer graphene in a perpendicular magnetic field . In doing so, we address the extent to which these states survive in Moiré systems and analyze the nature of the transition ...
; the electrodes on the surface of the Si/SiGe heterostructure can form quantum potentials in the Si well to trap electrons, and the electron spins can be manipulated as qubits when an external magnetic field ...
materials. Indeed, although real quantum -origin magnetism in its conventional sense is not available at high optical frequencies, the metamaterial concept allows the design of artificial ‘meta-atoms ...
notion of magnetization reversal by quantum tunneling [7,8]. As a typical long-range AFM order, the rutile-type fluorides MF2 (M = Mn, Fe, and Co) have proven very useful in the context ...
the recombining electron–hole pair and the excess electron are located in opposite layers [31]. Moreover, in a perpendicular magnetic field , the polarizations of the X0 and X− PL peaks show distinct magnetic field ...
are negligibly small. All prisms have straight edges at 90° to the beam. The main prism (layers 4/18) bends the beam by 75°. It has a uniform magnetic field and thus focuses the beam in the dispersion plane only ...
[29–31]. In addition to thin-film and electrostatic devices, PPs that exploit other means of interactions, e.g. light-electron or magnetic fields , have been proposed [31,32]. Despite the variety ...
and experimental investigation of reactions involved in PDT method show the applicability of quantum dots as efficient photosensitizers that can replace common organic dyes used for PDT. References Yan L. Magnetic ...
avoided beam-induced movement, and it was equipped with a field emission electron gun, which became standard in cryoEM only 15–20 years later. For my postdoc, I was hoping to combine my two passions ...
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