PHOTONICS TECHNOLOGIES IN THE LASER & LIGHT SOURCES INDUSTRY SECTOR

Looking for a light-based technology in the Laser & Light Sources industry? Choose PhotonTransfer as your comprehensive source for photonics technologies in the Laser & Light Sources worldwide market. Check out the latest opportunities and new technologies in the Laser & Light Sources industrial sector. If you're a user, source manufacturer or a system supplier there is something here for you.

Listings

83 listings found
Blue-Shift Conversion of Laser Light into a Broad Gaussian-like Spectrum

BLUE-SHIFT CONVERSION OF LASER LIGHT INTO A BROAD GAUSSIAN-LIKE SPECTRUM

Tech for Transfer

TTO

16-01-2016

Method to shift a laser beam into a broadband of light with lower wavelengths. This technology enables the use of pulsed pump lasers in ultrafast spectroscopy, nonlinear biomedical imaging, and many other imaging fields.

Fiber Optics   Lasers   Non-Linear Optics
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Ultrasmall Cavity with Reflecting Metasurfaces

ULTRASMALL CAVITY WITH REFLECTING METASURFACES

Tech for Transfer

TTO

17-01-2016

New technology that uses reflecting metasurfaces instead of conventional mirrors to introduce any desired phase shift. This technology is easier to fabricate, more practical to implement, and has lower losses.

Plasmonics   Metamaterials
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Wideband tunable laser linewidth reduction

WIDEBAND TUNABLE LASER LINEWIDTH REDUCTION

Tech for Transfer

TTO

17-01-2016

Electrical feed-forward scheme to reduce laser linewidth. The scheme detects phase noise in the laser output and feeds that forward to a phase modulator which corrects the laser output.

Lasers   Optoelectronics
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Holograms Using Plasmonic Metasurfaces

HOLOGRAMS USING PLASMONIC METASURFACES

Tech for Transfer

TTO

17-01-2016

New way to create visible holograms using novel plasmonic metasurfaces. The subwavelength surface uses nanoantennas to provide discrete phase shifts to the light interacting with it, providing a high degree of control over the photon behavior.

Nanophotonics   Plasmonics   Metamaterials
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High-Speed Pulse Sequence in a Low Loss Configuration

HIGH-SPEED PULSE SEQUENCE IN A LOW LOSS CONFIGURATION

Tech for Transfer

TTO

18-01-2016

Novel system for generating ultra-high speed pulse sequences from a single low repetition rate short pulse laser.

Lasers
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Monolithic Silicon Crystal Waveguides for Tunable Wavelength Laser Light

MONOLITHIC SILICON CRYSTAL WAVEGUIDES FOR TUNABLE WAVELENGTH LASER LIGHT

Tech for Transfer

TTO

18-01-2016

Enables low-loss and low-threshold Raman lasing and amplification in silicon for Switches and Circuits.

Light sources   Optical Components & Devices   Quantum Optics   Waveguides
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HIgh-Speed, Low-Power Electro-Optic Switch

HIGH-SPEED, LOW-POWER ELECTRO-OPTIC SWITCH

Tech for Transfer

TTO

19-01-2016

Electro-optic switch based on a ring resonator with a PIN junction, resulting in low power requirements and very fast switching speeds.

Quantum Optics   Optoelectronics
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New Photonic Solids Slow Down Light for Optical Applications

NEW PHOTONIC SOLIDS SLOW DOWN LIGHT FOR OPTICAL APPLICATIONS

Tech for Transfer

TTO

20-01-2016

New photonic band gap materials (called hyperuniform non-crystalline solids) that are insensitive to light propagation direction and capable of slowing down light which can be useful for thermal absorbers and sensors.

Glass & other optical materials   Photonic Crystals
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Fabrication of Optical-Quality Facets By Selective Epitaxial Growth

FABRICATION OF OPTICAL-QUALITY FACETS BY SELECTIVE EPITAXIAL GROWTH

Tech for Transfer

TTO

20-01-2016

A bottom-up fabrication technique that relies on epitaxial growth and is radically different from cleaving or top-down chemical etching, and is compatible with integration processes.

Semiconductors   Thin-Film Materials
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Light-Emission from Silicon Quantum Dots Coupled to Resonator

LIGHT-EMISSION FROM SILICON QUANTUM DOTS COUPLED TO RESONATOR

Tech for Transfer

TTO

20-01-2016

Luminescent silicon nanocrystals strongly coupled to a high-quality optical resonator through a simple method and inexpensive materials.

Light sources   Nanophotonics   Optical Components & Devices   Quantum Dots
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EPIC
International Year of Light 2015