Using quantum-entangled pairs of photons as the shutter trigger for a super-high-speed camera, researchers can actually create images from less than a single photon per pixel.

We are moving from decades of quantum research towards the engineering of quantum technologies that have real-world applications, with the potential to revolutionize microscopy, spectroscopy and ...

"We engineered the quantum dots to extend to the short infrared range of the spectrum (1100-1900 nm), to a point where we were able to demonstrate and detect the night glow of the atmosphere on a ...

Researchers have performed the first imaging of embryos using cameras designed for quantum measurements. The academics investigated how to best use ultrasensitive camera technology, including the ...

Quantum bits: This camera sensor chip contains a layer of quantum dots that absorbs light before it reaches the silicon. Now, InVisage, a Menlo Park, CA-based startup, ...

New IP Platform Strengthens Production, Allowing Freedom for Camera Operators and Fewer People On-site HACKETTSTOWN, NJ, March 30, 2021 (GLOBE NEWSWIRE) -- Vislink (NASDAQ: VISL) (“the Company ...

The quantum camera can use one wavelength of light to interact with an object and then shift the information to a light range that’s more easily measurable, she says.

If you know a bit about quantum physics, you've likely heard of the Schrödinger's Cat concept used to explain superpositions: a cat in a box with a poison flask is at once alive and dead until ...

I believe that higher near-infrared Quantum Efficiency to support the new cameras could bring demand for new products and net sales growth. Ekaterina Volodina. In Q1 2023, ...

Using quantum-entangled pairs of photons as the shutter trigger for a super-high-speed camera, researchers can actually create images from less than a single photon per pixel.