SaaS Metrics
Advanced Imaging, Quantum Measurement
Interferometry
AI Synthesis & Market Narrative
Atomic-scale double-slit interferometry and X-ray-driven Hanbury Brown and Twiss spectroscopy are pushing the boundaries of quantum measurement and material characterization. Radio interferometry continues to advance large-scale data synthesis for astronomical research, exemplified by black hole imaging.
Correlated Linguistic Patterns
["Atomic-scale double-slit interferometry"
"X-ray-driven Hanbury Brown and Twiss spectroscopy"
"radio interferometry"
"first photo of a black hole"]
Driving Media Context
Atomic-scale double-slit interferometry with a focused electron probe
Double-slit interferometry at the atomic scale is demonstrated using scanning transmission electron microscopy to provide evidence of interference fringes ge...
X-ray-driven Hanbury Brown and Twiss spectroscopy
Photon bunching is observed in the scintillation process upon excitation by X-rays. The photon intensity correlation function is measured by using Hanbury Br...
ri-kernels 0.2.1
CPU and GPU kernels for radio interferometry, exposed to JAX as FFI custom calls
ri-kernels 0.2.0
CPU and GPU kernels for radio interferometry, exposed to JAX as FFI custom calls
How the First Photo of a Black Hole Was Actually Made
The first picture of a black hole was not taken with a camera, and no single telescope ever saw it. It is a reconstruction, assembled from petabytes of radio...
ri-kernels 0.1.0
CPU and GPU kernels for radio interferometry, exposed to JAX as FFI custom calls
AI-designed antibodies with Germinal
Nature Methods - AI-designed antibodies with Germinal
pytdi 2.2.0
Manipulate and evaluate time-delay interferometry combinations.
hoqi-bench 0.1.1
Reproducible benchmark for phase-recovery and nonlinearity-correction methods in homodyne quadrature interferometry (HoQI)
The Exciting Plan to Photograph an Alien Continent
NASA has selected a concept study, led by physicist Paul Stankus, exploring whether a pair of spacecraft flying in tight formation could one day produce an a...