National Labs Researchers, Andrew Baczewski (SNL) and Patrick Coles (LANL), Join CQuIC as Faculty Associates

Beginning January, 2019,  Andrew Baczewski, of Sandia National Laboratories (SNL) and Patrick Coles of Los Alamos National Laboratory began a partnership with CQuIC as Faculty Associates. 

Professor Baczewski is a research scientist at Sandia National Laboratories in the Quantum Computer Science department. His research focuses on semiconductor spin qubits and all aspects of quantum simulation, particularly as it applies to problems in materials science and condensed matter physics.

Professor Coles is a research scientist at Los Alamos National Lab (LANL). His current research focuses on near-term quantum computing, including hybrid quantum-classical algorithms and machine learning of quantum algorithms. Previously, he has worked on quantum cryptography, quantum information theory, and quantum foundations, and he enjoys exploring the interface between these fields and near-term quantum computing. He is also an organizer for LANL’s Quantum Computing Summer School.

We look forward to seeing Professor Baczewski  and Professor Coles at the group meetings and seminars at CQuIC and interacting with the members.

Faculty Associate, Martin Kirk to Partner with CQuIC

CQuIC welcomes Distinguished University Professor Martin Kirk, of UNM Chemistry & Chemical Biology as a CQuIC Faculty Associate, effective August 12, 2019. Professor Kirk is a physical inorganic chemist and spectroscopist working on molybdenum enzymes, electronic structure contributions to molecular wire behavior, and the control of excited state processes. The quantum information science research being performed in his group is focused on the optical generation and manipulation of spin qubits in molecular systems. His research group employs a combined spectroscopic approach augmented by detailed bonding calculations to provide keen insight into the electronic structure of these novel transition metal – radical complexes, furthering our understanding of excited state lifetimes, excited state magnetic exchange interactions, and optical generation of entangled spin qubits. As an associate member of CQuIC, Professor Kirk looks forward to interactions and collaborations with the members of CQuIC.

CQuIC Welcomes Faculty Member, Susan Atlas

CQuIC welcomes Professor Susan Atlas, of UNM Physics and Astronomy as a CQuIC Faculty, effective August 12, 2019.

Professor Atlas is a theoretical chemical physicist working on electronic structure and atomic interactions, with particular emphasis on electron correlations, entanglement and chemical bonding, and the development of quantum-informed dynamical force fields for atomistic simulations.  She is interested in developing new algorithms for mapping quantum chemical methods onto emerging quantum computer architectures.  The research performed in her group is focused on understanding how quantum effects such as charge polarization and charge transfer impact the structure and properties of proteins and materials.  Her group is very interested in the study of natural molecular machines, intrinsically-disordered proteins, and non-equilibrium electron-atom dynamics.  As a faculty member in CQuIC, Professor Atlas looks forward to interactions and collaborations with other CQuIC faculty, postdocs, and students.

CQuIC Welcomes Faculty Member, Tameem Albash

CQuIC welcomes Professor Tameem Albash, of UNM Electrical and Computer Engineering (ECE), as a CQuIC Faculty, effective August 12, 2019.

Professor Albash is a theoretical physicist working on how and whether quantum advantages may manifest themselves in near-term quantum information processing hardware.  While quantum algorithms are known to provide computational speedups over their classical counterparts, current devices are limited both in the size and length of computations they can perform. The challenge is now to uncover computational tasks for which these and future near-term devices could provide measurable performance advantages given these constraints.  Of particular interest to his group is the question of whether there is ultimately a tradeoff between the noise-sensitivity of an algorithm and its ability of providing a genuine quantum speedup. As a faculty member in CQuIC, Professor Albash looks forward to interactions and collaborations with the members of CQuIC.