Nice little video associated with the award, I presume.
https://www.youtube.com/watch?v=UpodlbagV3I
Interesting who's still on staff at QMC after 4 years, Dr. Krishna Kwogli, senior research scientist.
People have asked what happened to him since we never saw or heard anything after the PR. Apparently, he may be the brains behind all the performance improvements and new materials. Who else do they have working with the team that doesn't list themselves as affiliated with QMC on LinkedIn?
http://www.qmcdots.com/press/press34.php
https://www.linkedin.com/in/kkowlgi/
Krishna Kowlgi
https://www.youtube.com/watch?v=UpodlbagV3I
Interesting who's still on staff at QMC after 4 years, Dr. Krishna Kwogli, senior research scientist.
People have asked what happened to him since we never saw or heard anything after the PR. Apparently, he may be the brains behind all the performance improvements and new materials. Who else do they have working with the team that doesn't list themselves as affiliated with QMC on LinkedIn?
http://www.qmcdots.com/press/press34.php
https://www.linkedin.com/in/kkowlgi/
Krishna Kowlgi
Quote:Entrepreneurial scientist specialized in inventing and commercializing advanced technology. Specialist in catalysts, colloids, fuel cells, micro-reactors, nanotechnology, polymers. Experienced in business development, funding proposals and project management.
Looking to build upon 8+ years of experience by committing to a research position in an organization that challenges the forefront of technology and fosters multi-disciplinary interests.
Research Scholar
Company NameTexas State University
Dates EmployedOct 2015 – Present
Employment Duration3 yrs 1 mo
LocationSan Marcos, Texas
Collaborated with Quantum Materials Corp. and:
1. Developed the easiest (3 steps), fastest (residence time in minutes) and most economical process to manufacture cadmium-, cadmium-free and perovskite quantum dots.
2. Found a novel extraction technique for quantum dots that maintains their optical properties for integration in various matrices (polymers, solvents).
3. Integrated quantum dots in electronic devices such as LEDs and nanocomposites.
4. Improved throughput (x10), MTBF (months) by upgrading flow reactors and implementing automation using computer control.
5. Enhanced product properties and costs using materials design, rapid parametric analysis, mole balance analysis and engaging reliable vendors.
6. Designed flow reactors for highly-efficient extraction of magnetic nanoparticles from solution
7. Streamlined quality control, waste, inventory and safety-management.
