Method for Making Ultra-Broadband Semiconductor Laser (Technology #: 101606-01)

Description:

The manufacturing of broadband semiconductor lasers has broad applications in optical communications and high sensitive bio imaging based on the emerging technology in optical coherence tomography. This new class of high power broadband laser devices will enable low cost and widely tunable laser source for optical communications. In the case of bio-imaging applications, this new device will enable a 3-D imaging system that is small, high speed, lightweight, low cost, and high resolution. In addition, a broadband laser source will also unfold many news products in communications and medical applications such as ultra-short pulse mode-lock laser for high capacity optical data transmission, in vivo biopsy and endoscopy of internal body cavities.

ADVANTAGES

Low Cost, Lightweight, with high resolution


APPLICATIONS
  • In vivo biopsy Internal body cavity endoscopy
  • High capacity optical data transmission


STATUS OF INTELLECTUAL PROPERTY

A US utility patent application has been filed.


Boon Ooi's Lehigh Page
Patent Information:
Category(s):
Electronics
For Information, Contact:
Yatin Karpe
Associate Director
Lehigh University
yak206@lehigh.edu
Inventors:
Boon-siew Ooi
Hery Susanto Djie
Keywords:
Laser
Medical Treatment
Optical Coherence Tomography
Semi-Conductor
Swept Source
Tunable Lasers
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