NANOSYS CEO MARTIN DEVENNEY ● 140,000 KG OF QUANTUM DOTS PRODUCED ● 70M+ DEVICES. 1,000+ DISPLAY PRODUCTS. ● SHOEI CHEMICAL ACQUISITION CLOSED SEPT 2023 ● QUANTUM DOT PIONEERS WIN 2023 NOBEL PRIZE IN CHEMISTRY ● DISPLAY WEEK 2025: TON-SCALE QD MANUFACTURING ● 35+ PATENTS IN NANOTECHNOLOGY ● PhD, QUEEN'S UNIVERSITY BELFAST ● NANOSYS CEO MARTIN DEVENNEY ● 140,000 KG OF QUANTUM DOTS PRODUCED ● 70M+ DEVICES. 1,000+ DISPLAY PRODUCTS. ● SHOEI CHEMICAL ACQUISITION CLOSED SEPT 2023 ● QUANTUM DOT PIONEERS WIN 2023 NOBEL PRIZE IN CHEMISTRY ● DISPLAY WEEK 2025: TON-SCALE QD MANUFACTURING ● 35+ PATENTS IN NANOTECHNOLOGY ● PhD, QUEEN'S UNIVERSITY BELFAST ●
Martin Devenney, CEO of Nanosys
Nanotechnology / Display Technology / Silicon Valley

Martin
Devenney

Chief Executive Officer — Nanosys (Shoei Chemical) · Milpitas, California

The chemist who scaled a Nobel Prize-winning technology from lab bench to living room. Dr. Martin Devenney runs Nanosys - the company whose quantum dots glow inside 70 million consumer devices. The screens you watch in 4K, HDR, the impossible blues and greens of modern TVs - a lot of that passes through his manufacturing operations.

70M+
Devices Shipped
1,000+
Display Products
35+
Granted Patents
650+
Company Patents
140k
Kilograms of Quantum Dots Produced
$210M
Total Funding Raised
20+
Scientific Publications
30yr
Career in Materials Science
The Story

Particles smaller than a virus. Screens you can feel in your bones.

Quantum dots are between two and ten nanometers wide. For context, a human hair is 80,000 nanometers across. And yet these specks - synthesized from cadmium, zinc, indium, or their greener substitutes - glow in exact, tunable colors depending on their size. Blue excitation in, precisely calibrated red or green out. It's quantum mechanics doing what chemistry can't.

Martin Devenney didn't invent quantum dots. He did something arguably harder: he made them manufacturable at scale.

When Devenney joined Nanosys in 2015 as Senior Vice President of Manufacturing and COO, the company had a promising technology but a bottleneck between the lab and the supply chain. Consumer electronics brands were interested. The physics worked. The kilograms-per-year problem was unsolved.

Over eight years, Devenney fixed that. Nanosys now produces over 140,000 kilograms of quantum dot material. More than 1,000 distinct display products - TVs, monitors, tablets - run on their technology. When Amazon's Kindle Fire HDX 7 first used QDEF in 2013, it was a curiosity. By 2023, it was the default technology behind the best-reviewed TVs on the planet.

"I look forward to working with our team and our global partners to build on our success enabling hundreds of quantum dot enabled display products from major consumer electronics brands."

- Martin Devenney, on becoming CEO of Nanosys, May 2023

In May 2023, Devenney became CEO - stepping into the role vacated by Jason Hartlove, who had led Nanosys since 2008. It was a promotion that tracked his entire arc: researcher to manufacturer to operator to chief executive. Four months after he took the top job, he engineered the company's acquisition by Shoei Chemical of Japan - a deal that gave Nanosys the industrial scale to compete for the next decade of display technology.

The company operates today as nanosys-shoei.com. Same technology. Considerably more manufacturing muscle.

Profile
PhD Inorganic Chemistry, Queen's University Belfast, 1994
⚛
The Chemist's Pedigree
Queen's University Belfast. Post-doc at UNC Chapel Hill. Over 20 scientific publications and more than 35 granted patents across nanotechnology and materials science. The academic foundations run deep.
◆
13 Years at Symyx
Silicon Valley's job-hop culture didn't stick to Devenney. He spent over 13 years at Symyx Technologies, rising from Research Associate to VP of Symyx Labs. Combinatorial chemistry. Materials informatics. Patience as a professional virtue.
◯
Calera: CO2 to Buildings
Before quantum dots, Devenney spent five years at Calera Corporation - a startup attempting to turn industrial CO2 emissions into carbonate building materials. COO. President of CO2 to Products. A through-line in frontier materials science across every chapter of his career.
By the Numbers

What 30 years in materials science looks like

140k
Kilograms of quantum dot material produced under Devenney's manufacturing leadership at Nanosys
1,000+
Unique display products enabled by Nanosys quantum dot technology across major consumer brands
$210M
Total funding raised by Nanosys, including a $25M Series B in 2022, backed by investors including Samsung and Intel
Career Arc

Lab bench to boardroom, in a straight line

1994
PhD in Inorganic Chemistry, Queen's University Belfast. Post-Doctoral Research Associate, UNC Chapel Hill.
1996 - 2009
Symyx Technologies. Research Associate to VP of Symyx Labs over 13+ years. Combinatorial chemistry, materials informatics, LED phosphors, electronic materials.
2009 - 2015
Calera Corporation. VP Materials Development, then SVP Materials, then COO and President of CO2 to Products. Five-plus years converting industrial emissions into carbonate minerals.
2015 - 2023
Nanosys. SVP Manufacturing and COO. Scaled quantum dot production from prototype to 140,000+ kilograms. Built supply chain serving over 1,000 unique display products.
May 2023
Named Chief Executive Officer of Nanosys, succeeding Jason Hartlove, who had led the company since 2008.
Sept 2023
Completed Shoei Chemical's acquisition of the Nanosys quantum dot business. R&D, sales, and Silicon Valley labs became part of the Japanese chemical group.
Oct 2023
Quantum dot technology wins Nobel Prize in Chemistry. QD-equipped TV named "King of TV" by top consumer electronics reviewers. A year of external validation.
2024
Co-authored "Quantum-Dot Technology: A Decade of Innovation and Future Prospects" in Information Display (Wiley/SID). Focused on automotive, QDEL, and heavy-metal-free QD pathways.
May 2025
Display Week 2025, San Jose. Nanosys demonstrates ton-scale QD manufacturing and next-generation NanoLED display technology under the Shoei Chemical umbrella.
Career Table

Organizations

Organization Period Role
Nanosys / Shoei Chemical 2015 - Present CEO (2023-), COO & SVP Mfg (2015-2023)
Calera Corporation 2009 - 2015 COO; President, CO2 to Products; SVP Materials
Symyx Technologies ~1996 - 2009 VP Symyx Labs; Director; Group Leader; Scientist
UNC Chapel Hill ~1994 - 1996 Post-Doctoral Research Associate
Queen's University Belfast ~1990 - 1994 PhD Student, Inorganic Chemistry

Nanosys and Shoei Chemical announced April 2023 as the "Year of the Quantum Dot" - celebrating the 1,000th unique QD display product on the market since 2013.

The Nobel Context
The 2023 Nobel Prize in Chemistry was awarded to Moungi Bawendi, Louis Brus, and Alexei Ekimov for the discovery and synthesis of quantum dots. Nanosys - the company Devenney runs - built the commercial infrastructure that turned their discovery into a global consumer technology. The Nobel recognizes the physics. Nanosys built the kilograms.

"In Shoei Chemical, we have found a partner who not only shares the same values as Nanosys but also has the necessary scale to successfully drive this business to the next level for the benefit of our customers and employees."

- Martin Devenney, on the Shoei Chemical acquisition, September 2023
The Technology

What Nanosys actually makes - and why it matters

The core product is QDEF - Quantum Dot Enhancement Film. It sits between the blue LED backlight and the LCD panel in a display, converting blue light into precise reds and greens. The result: a much wider color gamut, hitting the Rec. 2020 and BT.2020 standards that streaming services and cinematographers increasingly demand.

But QDEF is the established product. The frontier Devenney is now steering toward involves electroluminescent quantum dots - QDEL, or NanoLED - where the quantum dots don't just convert light but emit it directly when electrically stimulated. No backlight required. This could produce displays thinner, brighter, and more energy-efficient than any current OLED or LCD technology.

Nanosys also works on QD-OLED (where quantum dots improve an OLED stack), automotive display applications, healthcare imaging, agricultural light conversion films, and SiNanode - silicon-graphite battery anode materials that improve lithium-ion battery capacity and charging speed.

The 650+ patent portfolio, built in partnership with MIT, Lawrence Berkeley National Lab, and Hebrew University, means Nanosys is not just a materials supplier. It's the IP backbone of the quantum dot display industry.

QDEF
Quantum Dot Enhancement Film. The established product enabling Rec.2020 color in LCD displays.
QD-OLED
Quantum dots layered onto OLED technology. Samsung and others use this for flagship TVs.
NanoLED / QDEL
Electroluminescent quantum dots. The next frontier - no backlight, true self-emissive displays.
SiNanode
Silicon-graphite anode material for lithium-ion batteries. Energy storage beyond displays.

"As part of Shoei Chemical, Nanosys is uniquely positioned to deliver QD materials at any wavelength and at true mass-production scale."

- Nanosys, Display Week 2025
Details Worth Knowing

The specifics that explain the story

The scale is hard to picture. Nanosys's smallest quantum dots are 2 nanometers wide. The 140,000 kilograms Devenney's team produced represents an almost incomprehensible number of individual particles - each one a precisely engineered size to emit a specific color.
He stayed put, twice. In an industry famous for two-year tenures, Devenney logged 13+ years at Symyx and now 10+ years at Nanosys. His career isn't a highlight reel of jumps - it's a series of long commitments to hard manufacturing problems.
Queen's University Belfast - founded 1845, one of the UK's Russell Group universities - has produced prominent scientists and Nobel laureates. Devenney took his PhD in inorganic chemistry there in 1994, before heading to UNC Chapel Hill for post-doctoral work.
The Calera chapter. Before quantum dots, Devenney spent five years trying to sequester CO2 into carbonate minerals for use as building materials. The company, backed by notable Silicon Valley investors, didn't scale commercially - but it gave Devenney a template for bringing frontier chemistry to manufacturing.
He became CEO and completed an acquisition in the same calendar year. Named CEO in May 2023, Devenney closed the Shoei Chemical deal in September 2023 - four months into the job. It was either good timing or good preparation. Probably both.
Nanosys's 650+ patents were built through licensing agreements and collaborations with MIT, Lawrence Berkeley National Lab, and Hebrew University. The patent portfolio means every QD display manufacturer - Samsung, LG, TCL, Hisense - operates in a landscape Nanosys helped define.
Watch

Nanosys on the display industry's future

Nanosys at industry events - quantum dot technology, manufacturing, and next-generation display demonstrations:

Nanosys at Display Week 2025: QD Manufacturing, QD-EL, Automotive, MicroLED, QDEF
Nanosys at Display Week 2024: Nobel Prize, QD-OLED, NanoLED, Quantum Dots everywhere
Topics

Keywords in Devenney's world

Quantum Dots Display Technology Nanotechnology Manufacturing Scale-Up QDEF QD-OLED NanoLED MicroLED QDEL Inorganic Chemistry Materials Science Silicon Valley Shoei Chemical CEO Patent Portfolio Cadmium-Free QDs Heavy Metal-Free Color Gamut Rec. 2020 High Dynamic Range Consumer Electronics Automotive Displays Energy Efficiency SiNanode Battery Queen's University Belfast Symyx Technologies Calera Corporation Nobel Prize 2023
Connect

Find Martin Devenney and Nanosys

🌐 nanosys.com in LinkedIn Profile in Nanosys on LinkedIn X @NanosysInc f Nanosys on Facebook 📰 CEO Announcement 📰 Shoei Acquisition 📄 QD Research Paper 2024 ▶ Display Week 2025 Video W Nanosys Wikipedia
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