Upcoming · Conference
International Conference on Correlated Matter 2026
A flagship meeting on heavy fermions, unconventional superconductivity, and quantum criticality—with plenary talks, posters, and lab tours.
Research highlights, seminar announcements, and conference updates from CCM—one place to follow our latest activity.
Upcoming · Conference
A flagship meeting on heavy fermions, unconventional superconductivity, and quantum criticality—with plenary talks, posters, and lab tours.
Conference
Intensive training for graduate students and early-career researchers on correlated electron systems.
Research · PRL
Team reports novel spin-transport behavior in the altermagnet CrSb, published in Physical Review Letters.
News
Expanded facilities will support correlated-matter experiments under extreme conditions.
Seminar
CCM Colloquium · Invited talk on dynamics probes in topological matter.
Seminar
CCM Colloquium · Strange metals and scaling near quantum critical points.
Team reports novel spin-transport behavior in the altermagnet CrSb, published in Physical Review Letters.
CCM Colloquium · Zijingang Campus · Invited talk on dynamics probes in topological matter.
14:00 · Cao Guangbiao Building 103
Expanded facilities will support correlated-matter experiments under extreme conditions.
CCM Colloquium · Prospects for low-temperature quantum devices based on 2D materials.
14:00 · Cao Guangbiao Building 103
Microscopic picture of electron–phonon coupling and charge order in kagome metals.
Intensive training for graduate students and early-career researchers on correlated electron systems.
Hangzhou · Winter School
CCM Colloquium · Quantum information meets condensed matter physics.
14:00 · Cao Guangbiao Building 103
Joint event with partners in Augsburg and Frankfurt on emergent phases and extreme-condition measurements.
Hangzhou
Millikelvin capabilities improved for high-precision transport studies of correlated systems.
CCM Colloquium · Strange metals and scaling near quantum critical points.
14:00 · Cao Guangbiao Building 103
Partner-group review with focus on neutron scattering, ARPES, and low-temperature transport.
Hangzhou
Several PhD students recognized for outstanding experimental work on correlated matter.
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