Helping to innovate, implement, strategize, brainstorm, and troubleshoot in the are of nanomaterials. Some of the areas I specialize in are:- Quantum dots- Nanofabrication- Surface chemistry - Nanomaterials- Optical materials- Brainstorming- Report/proposal writing- Public speaking- Patent analysisExamples of how Palomaki Consulting has helped clients:-Custom technology reports and training on quantum dots for display-Due diligence for investor for promising nanomaterials startup-Hand's on training for integrating quantum dots into a new technology-Product development of new UV-curable material for display applications with potential revenue of $50-100M/year-Identified new go-to-market strategy for chemical company looking to innovate in the display field-Helped to spec-out lab equipment and setup air-free QD synthesis capabilities and transferred knowledge and skills to in-house scientists-Competitive analysis of optical film for displays-Sourcing, using, and characterizing QD materials-Optical modeling of a complex display component and optimization of design

Trade shows, technical conferences, industry news about quantum dots. You can read my articles about all things QD/Display/QLED related at:www.displaydaily.com

Drove research direction and company management for startup developing flexible, wearable quantum dot LED light sources specifically designed for photomedicine. - PI on NSF STTR collaboration with University of Central Florida, UMass Boston (2019-2020)- Tech Connect Innovation Awardee (2019)- “20 medical device startups you need to know” Medical Design and Outsourcing (2019)- Accepted into competitive MassMEDIC IGNITE mentoring program (2109)

-Leader of on-chip program as well as contributor to many projects requiring QD surface modification, dispersion, or encapsulation-50% of internal patent disclosures-Led a team of internal scientists and engineers, academic partner, and industry sponsor in developing novel encapsulation technology for QDs to enhance performance on LED chip-Screened hundreds of material combinations and isolated two successful candidates for further optimization-500x improvement in reliability over control samples-Worked with limited funds to modify existing capitol equipment to meet the needs of the project to generate thousands of hours of test dataQD Vision's Color IQ™ technology is an innovative semiconductor nanocrystal technology that precisely emits light to produce bluer blues, greener greens and redder reds. LCD TVs and monitors with Color IQ™ produce a more dynamic range of colors and can show the true natural palette encoded in the picture.Color IQ technology enables breakthrough performance without the cost/performance trade-offs typical of other materials and lighting technologies. It utilizes the unique light-emitting properties of semiconductor nanocrystals to deliver a new value proposition for LED-based products, including extraordinary color quality, manufacturing versatility and design flexibility.

In conjunction with my work at Voxtel, I collaborate with professor George Nazin investigating the electronic states of quantum dots using scanning tunneling spectroscopy. Due to unique instrument capabilities we are able to observe spatially localized energy states on quantum dot surfaces as well as correlate these states to optoelectronic device performance. Our improved understanding of quantum confined materials will allow for rapid progress of industrially relevant materials systems.

I lead synthetic efforts of semiconducting nanocrystals (quantum dots) for application in optoelectronic devices and stand-off detection technology. In addition to synthesizing quantum dots with desired properties, I have played a pivotal role in reaching company goals by developing a deeper understanding of device operation and prototyping devices that will be cheaper and more effective than currently available technology. Collaborations with my vast network in the field of nanomaterials has enabled rapid progress towards project goals as I continue to probe for better solutions to the problems we are trying to solve. In addiitiona to my technical contributions, I have been a driver in recruiting and hiring key personnel as well as interns. My energy, enthusiasm, and eye for safety has resulted in improved moral among team members and a heightened awareness to the safety culture.As a project leader, I have successfully transitioned a $150k Phase I SBIR effort into a $750k Phase II award by delivering novel semiconductor interconnect technology. I was responsible for documenting our findings in reports, making presentations for the funding agency, and technical input on proposals for further funding. In addition, I manage a $1M phase II SBIR project utilizing quantum dots coupled with biochemical detection methods to develop highly sensitive and selective detection of chemical and biological warfare agents. Along with chemical synthesis, my role as manager of this project spans all aspects including budgeting, work distribution, and communicating with the funding agency.

I work on the synthesis, characterization, and surface manipulation of semiconducting nanocrystals (or nanoparticles or quantum dots). I create new materials with desirable properties for solar energy conversion, as well as push to better understand the effects of surfaces in these materials. Through an in depth investigation of Si and Ge nanocrystal surfaces, I developed new reactions to provide stable colloids of these nanocrystals with advantageous properties resulting in multiple high impact publications.

Officiate youth through college level ice hockey. Helped evaluate, mentor, and train fellow officials. Gained skills in remaining calm under pressure, decision making, and dealing professionally with difficult situations when there is a lot on the line. Officiated numerous championship games including USAH national championship tournament in 2009 and 2012

Received TA award for my dedication to the teaching program.

I have developed a new method for generating molecular layer-by-layer thin films containing dyes for use in dye-sensitized solar cells as well as organic photovoltaics. My work has required inorganic synthesis, organic synthesis, extensive thin film characterization, electrochemsitry, solar cell testing, among many other techniques and skills.- 5 best talk/poster awards at various conferences- Best thesis in department (Bauer Prize) 2012

Responsible for fabrication, optimization, and testing of membrane electrode assemblies for fuel cells. Was able to independently develop a proof-of-concept fuel cell operating on liquid hydrocarbon fuels for a 5 year DOE-EFRC grant. - GE-Early Identification award for my success and contributions to the project (via nomination by superiors)

Research in synthetic inorganic and organometalic chemistry. Gained experience in glove box technique, air free synthesis, NMR (including 2D NMR), IR, and scientific writing.- High honors recipient