Invention Grant
- Patent Title: Wavelength versatile vecsel raman laser
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Application No.: US14355734Application Date: 2012-11-09
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Publication No.: US09941660B2Publication Date: 2018-04-10
- Inventor: Jipeng Lin , Helen M. Pask , David James Spence , Craig J. Hamilton , Graeme P. A. Malcolm
- Applicant: Macquarie University
- Applicant Address: AU North Ryde
- Assignee: Macquarie University
- Current Assignee: Macquarie University
- Current Assignee Address: AU North Ryde
- Agency: Wolf, Greenfield & Sacks, P.C.
- Priority: AU2011904665 20111109
- International Application: PCT/AU2012/001389 WO 20121109
- International Announcement: WO2013/067599 WO 20130516
- Main IPC: H01S3/108
- IPC: H01S3/108 ; H01S3/30 ; H01S5/06 ; H01S5/183 ; H01S3/109 ; H01S5/14 ; H01S3/08 ; H01S3/082 ; H01S5/04

Abstract:
A tunable lasing device including a vertical external cavity surface emitting laser, adapted to generate a fundamental laser beam in response to pumping from a pump source, said fundamental laser beam having a fundamental wavelength and a fundamental linewidth; a fundamental resonator cavity adapted to resonate the fundamental beam therein; a first optical element located within the fundamental resonator cavity for control of the fundamental linewidth of the fundamental beam; a Raman resonator located at least partially in said fundamental resonator adapted to receive the fundamental beam and comprising therein, a solid state Raman active medium located therein for generating at least a first Stokes beam from the fundamental beam wherein said Raman resonator cavity is adapted to resonate said Stokes beam therein and further adapted to emit an output beam; and further comprising a nonlinear medium located within the Raman resonator cavity for nonlinear frequency conversion of at least one of the beams present in the fundamental or the Raman resonator cavity; said tunable lasing device further comprising an output coupler adapted to emit an output beam, said output beam comprising at least a portion of said frequency converted beam being derived from at least one of the resonating beams in said fundamental or said Raman resonator cavities.
Public/Granted literature
- US20140269787A1 WAVELENGTH VERSATILE VECSEL RAMAN LASER Public/Granted day:2014-09-18
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