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Flexible, Woven Three-Dimensional Displays Through Fiber Laser

Researchers at Massachusetts Institute of Technology (MIT) have developed a new 400 ìm fiber that emits light along its length. The fiber emits light in all directions and its brightness can be controlled according to the requirement.

14 Mar 2012

Daylight Solutions Introduces Broadly Tunable Laser at PITTCON Conference

Daylight Solutions, which provides solutions for imaging and mid IR detection, has introduced a novel external cavity laser, TLS-41032, in the PITTCON Conference and Exposition.

14 Mar 2012

Scientists Develop High-Speed Two-Photon Lithography Technology

A research team from the Vienna University of Technology (TU Vienna) has increased the speed of two-photon lithography technology, which allows the fabrication of nanoscale structures by printing 3D objects with remarkably fine details.

13 Mar 2012

Omni Wellness Center’s Chiropractor Offers Low-Level Laser Therapy

A Charlotte- based chiropractor of Omni Wellness Center, Dr. Darcey Walraven-Ladner offers low-level laser therapy (LLLT) to patients with chronic neck, back and joint pain, and other related conditions.

13 Mar 2012

EMCORE Introduces Micro-ITLA Tunable Laser for Telecom Applications

EMCORE, a supplier of compound semiconductor-based components and subsystems for the markets of solar power and fiber optics, has recently declared that its newly launched micro-Integrable Tunable Laser Assembly (ITLA) is now under trial with customers. It will be commercially available in the fall of 2012.

From Emcore Corporation 7 Mar 2012

New High-Brightness, High-Efficiency, Fiber-Coupled Modules from Dilas

DILAS, the diode laser company, has increased their range of high-brightness, fiber-coupled diode laser modules based on tailored bar (T-Bar) architecture. With this new addition, the fiber-coupled modules are now capable of delivering up to 200 watts output power from a 200µm (NA 0.22) fiber at 976nm.

4 Mar 2012

Ultrafast Laser Equipment for Studying Energy Transfer in Molecular Structures

Scientists at the University of East Anglia (UEA) can determine the transfer of energy with the newly developed ultra-fast laser equipment. It can produce active pulses of light measuring only few femtoseconds from the UV to the infrared. It also enables the formulation of molecular structures for solar radiation.

1 Mar 2012