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Accelerated High-Power Blue Laser Design Cycle Enabled by Deep Neural Networks

Awardee

AQWEST, LLC

8276 EAGLE RD
LARKSPUR, CO, 80118-8224
USA

Award Year: 2023

UEI: GELKYCZTCY69

HUBZone Owned: No

Woman Owned: No

Socially and Economically Disadvantaged: No

Congressional District: 4

Tagged as:

SBIR

Phase I

Seal of the Agency: DOD

Awarding Agency

DOD

Branch: NAVY

Total Award Amount: $239,897

Contract Number: N68335-23-C-0400

Agency Tracking Number: N231-022-1138

Solicitation Topic Code: N231-022

Solicitation Number: 23.1

Abstract

Aqwest LLC proposes to develop an automated design process using using neural networksĀ and machine learningĀ algorithms, which is adapted for a high-peak-power for a blue laser system with high-repetition-rate. The neural networks-machine learning process will generate blue laser system designs meeting the Navy size, weight, performance, and reliability requirements 50 times faster compared to the conventional ōmanualö laser design process. The neural networks-machine learning offers key benefits to the US Navy, namely anĀautomated blue laser design algorithms generating results within ▒5% variation of the target, which addresses all design parameters of a multistage laser architecture. The algorithmsĀwill beĀverified on a physical prototype and benchmarked to verify time reduction.ĀThe resulting algorithms supportĀa range of blue laser architectures including solid-state laser and optical parametric oscillators. They are also adaptable toĀdesigning and optimizing of a broad range of laser systems, and extendableĀto address multi-parameter problems in other fields.

Award Schedule

  1. 2023
    Solicitation Year

  2. 2023
    Award Year

  3. May 23, 2023
    Award Start Date

  4. August 19, 2024
    Award End Date

Principal Investigator

Name: David Filgas
Phone: (805) 375-5013
Email: dfilgas@aqwest.com

Business Contact

Name: John Vetrovec
Phone: (303) 681-0456
Email: jvetrovec@aqwest.com

Research Institution

Name: N/A