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Field
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will be involved in quantum sensing experiments (temperature/magnetic field) that may involve novel materials such as point defects in 2D materials (e.g., in hexagonal Boron Nitride and related) and
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coupling between the mechanical modes of suspended bilayer graphene and the quantum dots that can be formed within it. Bilayer graphene offers a major advantage over monolayer graphene: it allows
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implementation of the CAS in Quantum Science. You will work closely with the CAS directors, D-PHYS professors and study administration, ITP administration and act as the central point of contact for the ETH SCE
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heavy-metal-based quantum dots. We will explore the potential of these sustainable luminescent nanomaterials as color-converting layers in light-emitting devices and in other advanced optoelectronic
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measurements of these systems. Theory and simulations are being done to develop this understanding. We are investigating the electronic and optical properties of quantum dots and wires, metallic and
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used for superconducting qubits in quantum computing efforts at IBM and Google. One important goal is to demonstrate the charge double-quantum dot qubit with the longest quantum coherence. The charge
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Infrastructure? No Offer Description Mission: Conduct research in the field of quantum computing and its modular and distributed architectures based on cryogenic interconnections and leading-edge error correction
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, quantum science, condensed matter, materials, photonics and interdisciplinary applications of physical science. This role sits within a collaborative quantum science project at King’s on quantum algorithms
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(and related manufacturing methods) and devices intended for achieving photonic, electronic, and quantum-based effects. Questions about this opportunity? Please email [email protected] Point
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transformative technologies such as AI, quantum computing and neurotechnology. Its projects examine how regulators sense emerging problems early, how balanced interventions encourage learning without