Interfacing with Solid State Qubits
October 26, 2023
C2QA Quantum Thursdays: Defect center-based spin qubits in solid-state materials show great promise as quantum sensors and nodes in quantum networks. However, there is a disconnect between the need for isolated qubits with long memory times and the need to couple qubits to other excitations, whether they are sensing targets, photons, or each other.
Latest Videos
-
35:13

Capstone Celebration for RHIC
-
2:00

Happy Holidays to the Brookhaven Lab Community
-
3:40

Embodied AI at Brookhaven Lab
Science Shorts
-
14:00

Superconductivity Heats Up with Nickel
-
8:09

What Makes a Catalyst Tick
-
12:06

Speeding Up Science with Robots
Video Categories
- AAAG
- accelerators
- addiction
- APAA
- ARRA
- ATLAS
- award
- benefits
- BERA
- biochemistry
- biology
- biosciences
- BNL lecture
- BSA
- BSA distinguished lecture
- BWIS
- BWIS lecture
- C2QA postdoc workshops
- cancer research
- catalysis
- celebrations
- CFN
- chemistry
- commercial
- community
- computing
- cosmology
- COVID-19
- CSI
- cyber security
- dignitary
- discovery park
- DOE
- earth science
- education
- elected official
- employee assistance
- employee feature
- employee meetings
- energy
- environment
- environmental science
- event
- facility users
- funding
- general lab overviews
- health and wellness
- HHG
- history
- human resources
- instrumentation
- lab infrastructure
- lecture
- lectures & seminars
- lessons
- LHC
- LSST
- maglev contest
- magnets
- materials science
- media coverage
- medical
- medical imaging
- meetings & workshops
- nanotechnology
- NASA
- national security
- neutrinos
- NSLS
- NSLS-II
- NSLS-II Science Shorts
- NSRL
- partnerships
- personnel
- PET
- photon sciences
- physical therapy
- physics
- Pride Alliance
- quantum computing
- quantum information science
- Quantum Thursdays
- RHIC
- safety
- safety day
- sambamurti
- Science Thursdays
- SCoR
- solar
- STEM
- Stony Brook University
- summer sundays
- superconductivity
- tour
- veterans
- workshops & colloquia





