MQC Members

Organic and III-V semiconductors and their combinations. Polaritons, spin, triplets, magnetism

Machine learning methods for QST

crystal growth, measurement, diamond color centers

Large-scale electronic structure calculations; developing algorithms and hpc aspects

Quantum dynamics of open systems, decoherence science, theory and simulation of energy, charge and coherence transfer dynamics in complex molecular systems and its time-resolved spectroscopic signature

Goldman's research emphasizes understanding the role of local solute configurations on emergent phenomena and novel functionalities of exotic alloys, nanowires, and quantum materials.

Computational Catalysis � First-Principles Modeling � Molecular Simulation � Data Science � Machine Learning � Energy � Environment

Quantum coherence, quantum sensing, quantum materials

Rydberg systems, few-particle systems, exotic bound state properties, AMO

diamond growth, diamond applications, diamond NV center growth

Simulation of quantum systems on classical computers

nano photonics, semiconductor nano electronics (lithographically defined quantum dots)

Measurement of Quantum Coherence in Complex Systems

Correlated electron materials and devices

Quantum algorithms, machine learning, quantum machine learning, quantum chemistry

Quantum Computing applied to studies of many-body systems in nuclear and condensed matter physics and quantum machine learning. Developing many-body methods for studies of systems of relevance for quantum information technologies, such as quantum dots and point defects

Quantum Memory, Quantum Communication, Quantum Imaging, Rare earth photonics

Electron Microscopy, Quantum Materials, Computer Science

Tests of Bell and CHSH inequalities, von Neumann and Shannon entropies of qubits, thermalization, adiabatic and nonadiabatic processes, quantum cryptography

quantum-accelerated imaging, quantum sensing, quantum causality, quantum detectors

Quantum materials, Electronic structure, ARPES, Correlated topological materials

Quantum Algorithms. Quantum machine learning, Data Analytics, Quantum sensor development.

Spectral theory, functional analysis, mathematical physics

Quantum Algorithms and Quantum Machine Learning for Complex Systems

Application of Quantum to business problems.