Sentence examples for detection of photon from inspiring English sources

The Higgs discovery relied not on the detection of photon pairs with a certain energy but on the detection of more of those pairs than expected.

Near infrared quantum optics has been propelled by the needs of the quantum information science9,10, where coincidence detection of photon pairs plays a central role.

A positron-sensitive detector allows the detection of photon emissions.

D-luciferin (100  μL of 500  μM, Xenogen) was added to each well, and detection of photon signal was acquired for 1 min using an IVIS50 Imaging System (Xenogen, Hopkinton, MA, USA).

The non-invasive detection of photon pairs within a given body volume affords an opportunity to study the function of opioid receptors (ORs) within the central nervous system (CNS) in vivo with positron emission tomography (PET).

These are already available for the near infrared range (0.7 2.5 μm), where manipulation and detection of photons down to the level of single-photon measurements are becoming mature technological tools.

The design has the advantage of being free of absorbing material at forward angles and 90°, allowing the detection of photons in a wide angular range.

Extremely high sensitivity detectors, such as silicon bolometers are required in many NASA missions for detection of photons from the X-ray to the far infrared regions.

These applications require detection of photons using thick position-sensitive silicon sensors with the highest possible energy and good spatial resolution.

It deals with detectors based on thin-film superconducting sensors for the detection of photons in an energy range from 0.1-10 0.1-10

Wide-bandgap III-nitride-based photodetectors are excellent candidates for high-sensitivity and cost-effective detection of photons in the ultraviolet and near-UV spectral region.