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Quantum Physics
Research into quantum mechanics, quantum information, and the quantum behaviour of matter and light.
CHANNEL // 05 [165]
Quantum Physics
Research into quantum mechanics, quantum information, and the quantum behaviour of matter and light.
Let the measurements choose: adapting quantum entropy estimates
Source published
- quantum measurement
- Rényi entropy
- quantum entanglement
When better holograms stop saving laser power
Source published
- optical tweezers
- holography
- spatial light modulators
Putting sensitivity limits on hybrid quantum–classical AI
Source published
- quantum machine learning
- hybrid quantum–classical models
- Lipschitz bounds
A quieter route to tunable light–matter interactions
Source published
- superconducting circuits
- circuit quantum electrodynamics
- microwave cavities
How to read a noisy atom interferometer’s ellipse
Source published
- atom interferometry
- ellipse fitting
- differential phase
When quantum decoding reaches the spin-glass reconstruction threshold
Source published
- quantum decoding
- quantum algorithms
- spin glasses
Can a camera learn how to measure light?
Source published
- quantum state discrimination
- diffractive optics
- photon-limited imaging
A quantum charge sensor gets a strong signal from a faint microwave probe
Source published
- charge sensing
- quantum dots
- microwave resonator
How Many Rhythms Can a Noisy Clock Hold?
Source published
- stochastic clocks
- Markov networks
- oscillations
Can a photonic mesh learn to undo squeezing and mode mixing?
Source published
- continuous-variable quantum optics
- photonic circuits
- symplectic transformations
Designing a quantum sensor by shaping its answer
Source published
- quantum sensing
- quantum signal processing
- phase classification
Choosing the next link can help quantum networks connect sooner
Source published
- quantum networks
- entanglement percolation
- power of choice
A quantum model links baby universes to hidden observer information
Source published
- quantum gravity
- holography
- baby universes
What tiny superconductors need to become reliable quantum devices
Source published
- nanoscale superconductivity
- quantum technologies
- Josephson junctions
A symmetry-based guarantee for simulating interacting fermions
Source published
- Fermi-Hubbard model
- Kramers symmetry
- quantum Monte Carlo