All Group News
![Optimizing one-axis twists for realistic variational Bayesian quantum metrology](capture.jpg)
![Akimasa STAQ renewal image](../../../news/2024/01/akimasa-staq-renewal-image.png)
![group-theoretic-error-mitigation-enabled-by-classical-shadows-and-symmetries.png](../../../news/2023/10/error-mitigation.png)
![medium.png](../../../news/2022/07/medium.png)
![fermionic_partial_tomography.png](../../../news/2021/09/fermionic_partial_tomography.png)
![Advantage Setting](../../../assets/img/advantage-setting.png)
![Group photo of Miyake, Crosson, Albash and Becerra](../../../news/2020/09/nsf-eager-group.jpg)
EArly-concept Grants for Exploratory Research (EAGER) are awarded by the National Science Foundation (NSF) each year to support exploratory work in its early stages on untested, but potentially transf…
![Azhao Blurb Figure](../../../news/2020/06/azhao_blurb_figure.png)
Andrew Zhao and Akimasa Miyake, with collaborators from Tufts University and Caltech, have published a paper in Physical Review A in which they propose a technique to reduce the number of circuit repe…
![Diagram for Subsystem symmetry enabling quantum computation article](../../../news/2020/02/diagram.png)
Austin Daniel, Rafael Alexander, and Akimasa Miyake have published a paper in the journal Quantum demonstrating that certain many-body quantum systems, when placed on lattices with different geometrie…
![Photo of Team of STAQ-project researchers at Ideas Lab meeting at the Santa Fe Institute in Fall 2017](../../../news/2018/08/quantum.jpg)
A research team of the University of New Mexico led by CQuIC faculty, Akimasa Miyake, will participate in a $15 million, multi-university collaboration as part of a National Science Foundation program…
![Digram of Classification of special resource states with fractional symmetry](../../../news/2018/06/cassification_wide.png)
Jacob Miller and Akimasa Miyake have recently published a paper in Physical Review Letters giving strong evidence that certain forms of symmetric topological quantum matter can be utilized ubiquitousl…
Jacob Miller completed his PhD under Akimasa Miyake about a year ago, with a dissertation entitled Measurement-Based Quantum Computation and Symmetry-Protected Topological Order. In his thesis, Jacob…
![Diagram of sensing action](../../../news/2018/01/images/sensingaction.png)
Akimasa Miyake has recently published in a new journal Quantum Science and Technology in collaboration with Stephen Bartlett (University of Sydney) and Gavin Brennen (Macquarie University), presenting…
![Diagram of sampling protocol](../../../news/2018/01/sampling_protocol.png)
Jacob Miller, Keith Sanders, and Akimasa Miyake have recently published a paper in Physical Review A presenting a distinctive means of demonstrating the unique computational power inherent in quantum …
![miyake-Vis-Scholars-3-9-2017.jpg](../../../news/2017/09/miyake-vis-scholars-3-9-20171.jpg)
CQuIC welcomes Mariami (Mari) Gachechiladze and Davide Orsucci, Visiting Scholars who will be hosted by Professor Akimasa Miyake at CQuIC for the next three months.
![CQuiC Ph.D. Graduate Jacob Miller](../../../news/2017/05/jacob-graduation.jpg)
CQuIC PhD student Jacob Miller defended his PhD dissertation on May 3, 2017 and has completed all the requirements to be awarded a PhD in Physics.
![Diagram from Jacob Miller and Akimasa Miyake's second paper](../../../news/2016/12/jm_am_second_paper.png)
Jacob Miller and Akimasa Miyake have recently published a paper in Nature Partner Journal Quantum Information showing that quantum computers with distinct operational advantages can be built using a f…
![Circuit Composition graphic](../../../news/2016/01/circuitcompositionweqns-768x459.png)
Adrian Chapman and Akimasa Miyake have recently published their paper in Physical Review E, demonstrating that a Maxwell demon can exploit correlations in its memory to enhance its thermodynamic perfo…
![Diagram of gate fidelity and a string order parameter](../../../news/2015/10/diagram.png)
Jacob Miller and Akimasa Miyake have recently published a paper in Physical Review Letters showing that a particular class of one-dimensional spin chains, belonging to a type of quantum phase, are uni…