Outlets
- APS Physics (45)
- Berkeley Lab (20)
- Cleantech Concepts (5)
- Encyclopedia of Puget Sound (1)
- Eos (1)
- Europa Science (14)
- MRS Bulletin (19)
- Nature (1)
- Old News (7)
- Pacific Northwest National Lab (8)
- Physics Today (141)
- Science Careers etc (9)
- Scientific American (12)
- SPIE News (3)
- SPIE Professional (3)
- The Scientist (4)
- Travel Writing (4)
Topics
- Acoustics
- APS Physics
- Astronomy
- Astrophysics
- Atmospheric Sciences
- Batteries
- Berkeley Lab
- Biochemistry
- biology
- Chemistry
- Climate Change
- Conferences
- Down to Earth
- Earth Sciences
- Ecology
- Electronics
- Electro Optics
- EMSL
- Energy
- Environment
- Europa Science
- Fluid Dynamics
- Genetics
- Geology
- Geophysics
- Imaging
- Lasers
- Magma
- Materials 360 Online
- Materials Sciences
- Medical
- Meteorology
- MRS Bulletin
- Nanoscience
- Oceanography
- Optics
- Photonics
- Physics
- Physics Today
- Policy
- Politics
- Quantum Mechanics
- Quantum Physics
- Scientific American
- Seismology
- Semiconductors
- Soft matter
- Spectroscopy
- Sustainability
- Volcanology
Twitter
My Tweets
Tag Archives: Quantum Physics
Quantum Metasurfaces Entangle Photons on Demand
When it’s modulated by laser beams, a surface made of polarizable meta-atoms can entangle a photon’s properties in multiple, controllable ways. Continue reading
Macroscopic systems can be controllably entangled and limitlessly measured
Two oscillating membranes demonstrate correlations forbidden by classical physics. Continue reading
An Optical System Defies Conventional Band Theory
Squeezed wave functions reshape an open quantum system’s
bulk-boundary properties and generate a new class of parity-time
symmetry. Continue reading
Large systems can be controllably entangled and limitlessly measured
A mechanical oscillator has quantum properties that can be directly observed. Read more in APS Physics…
The Entangled Dance of Atom Beams
Entangled pairs of ultracold atoms interfere in a double waveguide. Continue reading
Ultrabright Photons for Single-Chip Quantum Devices
A microcavity-based source of photon pairs achieves one hundred times the efficiency of state-of-the-art devices. Read more in APS Physics…
A 2D Metal Compound Shows a Superconducting Surprise
A cesium-rich “kagome” metal is both a topological insulator and a superconductor, making it a compelling material for future quantum technologies. Continue reading
Quantum Simulations of Curved Space
A heptagonal-lattice superconducting circuit, and the mathematics thatdescribe it, provide tools for studying quantum mechanics in curvedspace. Read more in APS Physics…
