The solitons form the extremely broadband laser light that is indispensable as a supercontinuum light source for
applications in medical imaging, measurement technology, and spectroscopy.
Not exact matches
The team who made the discovery say masers could be used
in a range of
applications such as
medical imaging and airport security scanning.
The time resolution would ideally be improved from 0.5 frames per second (fps) to 30 fps for telecommunication, but many potential
applications in medical and industrial
imaging could use the lower rates already achieved, said Peyghambarian.
Quantum dots, which have use
in diverse
applications such as
medical imaging, lighting, display technologies, solar cells, photocatalysts, renewable energy and optoelectronics, are typically expensive and complicated to manufacture.
The discovery, which relies on the separation of right - and left - «handed» particles, points to a range of potential
applications in energy, quantum computing, and
medical imaging, and possibly even a new mechanism for inducing superconductivity — the ability of some materials to carry current with no energy loss.
They also have
applications in medical diagnostics, where they can help to speed up magnetic resonance
imaging, for example; and
in entertainment, to encode high - resolution films into files of manageable size.
«This tiny device could have other exciting uses including
in anti-counterfeit devices
in bank notes,
imaging cells for
medical applications and holograms.»
Magnets are used
in many industrial and technological
applications, including power generation
in wind turbines, memory storage
in hard disks and
in medical imaging.
A novel metamaterial enables a fast, efficient and high - fidelity terahertz radiation
imaging system capable of manipulating the stubborn electromagnetic waves, advancing a technology with potential
applications in medical and security
imaging, a team led by Boston College researchers reports
in the online edition of the journal Nature Photonics.
Fluorescent and luminescent materials, such as yttrium aluminum garnet doped with different metal ions (rare earths or transition metals), have found applicability
in various fields, from optoelectronics (i.e.: lighting systems, LCDs, CRTs, lasers) to aerospace (i.e: thermal barriers) and biotechnological
applications (i.e.: fluorescence marker, contrast agent
in medical imaging,
imaging screens, drug delivery etc).
These garnets, when doped with various elements, are used as detectors of X-rays and gamma - rays
in a wide range of
applications including border security, nuclear safeguards,
medical imaging, materials diagnostics and astronomy.
adapt computer hardware or software for
medical science or health care
applications (for example, develop expert systems that assist
in diagnosing diseases,
medical imaging systems, models of different aspects of human physiology or
medical data management)
Technical coordinator of a national convention
in France involving industry and universities on the same subject Since 1992: Organizer of a cycle of international conferences on «Heavy scintillators for scientific and industrial
applications» First one
in Chamonix, France
in 1992 (200 participants), 9th one
in Winston Salem (NC, USA)
in 2007 (300 participants) 1994 - 2007: As Technical coordinator of the CMS electromagnetic calorimeter at the LHC Large Hadron Collider, responsible for the technical development and the mass production of 76» 000 Lead Tungstate crystals (100 tons) 1994 - 2000: Organizer of the development and mass production organization of Lutetium Aluminum perovskite crystals,
in particular for PET scanner
applications Since 2000: Strong involvement
in the development of dedicated breast
imaging camera combining several modalities for a multiparametric evaluation of breast tumors (anatomic, structural and functional) Since 2002: Feasibility study and setting - up of an international
medical imaging research centre, presently being built
in Marseille (Cerimed)
There are many other
applications that require or would benefit from much better Absolute Color Accuracy, such as
in sales and marketing presentations, and especially
in medical imaging, where it can improve diagnostic accuracy for doctors, hospitals and patients.
The team also envisages the new flexible backplanes may be lightweight and malleable enough to be used as high - density sensors for use
in such things as high - resolution
medical imaging systems or super-accurate gesture recognition
applications.
Happer's own research focused on atomic physics and the interactions of light and matter and
applications in optics and
medical imaging.
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Extensive knowledge of
applications and performance requirements with specific strengths
in industrial,
medical,
imaging, and low power
applications.