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Local Electronic Structure and Fano Interference in Tunneling into a Kondo Hole System
Not Available
Observation of Free-Space Single-Atom Matterwave Interference.
Abstract Not Provided
Signatures of Fermi Arcs in the Quasiparticle Interferences of the Weyl Semimetals TaAs and NbP
Not Available
Obstruction and Interference in Low-Energy Models for Twisted Bilayer Graphene
The electronic bands of twisted bilayer graphene (TBLG) with a large-period moiré superlattice fracture to form narrow Bloch minibands that are spectrally isolated by forbidden energy gaps from remote dispersive bands. When these gaps are sufficiently large, one can study a band-projected Hamiltonian that correctly represents the dynamics within the minibands. This inevitably introduces nontrivial geometrical constraints that arise from the assumed form of the projection. Here we show that this choice has a profound consequence in a low-energy experimentally observable signature that therefore can be used to tightly constrain the analytic form of the appropriate low-energy theory. Additionally, we find that this can be accomplished by a careful analysis of the electron density produced by backscattering of Bloch waves from an impurity potential localized on the moiré superlattice scale. We provide numerical estimates of the effect that can guide experimental work to clearly discriminate between competing models for the low-energy band structure.
Quantum Interference in Jet Substructure from Spinning Gluons
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Superconducting contact and quantum interference between two-dimensional van der Waals and three-dimensional conventional superconductors
Atomically thin two-dimensional (2D) transition-metal dichalcogenide (TMD) superconductors enable uniform, flat, and clean van der Waals tunneling interfaces, motivating their integration into conventional superconducting circuits. However, fully superconducting contact must be made between the 2D material and three-dimensional (3D) superconductors to employ the standard microwave drive and readout of qubits in such circuits. We present a method for creating zero-resistance contacts between 2D NbSe 2 and 3D aluminum that behave as Josephson junctions (JJs) with large effective areas compared to 3D-3D JJs. The devices formed from 2D TMD superconductors are strongly influenced by the geometry of the flakes themselves as well as the placement of the contacts to bulk 3D superconducting leads. We present a model for the supercurrent flow in a 2D-3D superconducting structure by a numerical solution of the Ginzburg-Landau equations and find good agreement with experiment. Finally, these results demonstrate a crucial step towards a new generation of hybrid superconducting quantum circuits.
Anomalous periodicity of magnetic interference patterns in encapsulated graphene Josephson junctions
Not Available
A Radar TR Component Electromagnetic Interference Signal Strength Prediction Model Based on IGWO-SVR
Not Available
Interference in Wireless Networks with Rate Difference User Utilities.
Abstract not provided.
Quantifying I/O and Communication Traffic Interference on Burst Buffer Equipped Dragonfly Networks
Abstract not provided
Harmonia: An Interference-Aware Dynamic I/O Scheduler for Shared Non-Volatile Burst Buffers.
Abstract not provided.
Leveraging Burst Buffer Coordination to Prevent I/O Interference
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Electromagnetic Interference Filter Design for a 100 kW Silicon Carbide Photovoltaic Inverter Without Switching Harmonics Filter
Not provided.