Owen Lozman

ChEmpower is a venture-backed advanced materials and specialized chemistry startup developing products and abrasive-free planarization technology for the manufacture of advanced semiconductor devices. ChEmpower is on a mission to eliminate abrasives from the polish process - that has long been the holy grail for planarization in the Semiconductor Industry

In 2013, our Chief Scientific Officer Professor Mark Post unveiled the world’s first cultured meat hamburger to a packed press conference in London. The burger was harvested directly from cow cells, rather than raising and slaughtering a whole animal. It was the result of years of research at Maastricht University, and cost €250,000 to make. The effort was funded by Sergey Brin, the co-founder of Google. Our motivation was to find a new method to make real meat to feed our fast-growing population in a sustainable, healthy and animal-friendly way. Following the success of the first hamburger, we created Mosa Meat to commercialise cultured meat (also known as clean meat, cultivated meat or cell-based meat) and bring it to plates everywhere. In the past few years we’ve made significant scientific breakthroughs, and brought the price down considerably. We’re now focussed on scaling up the production process, and getting our first products to market.

Feelit™ develops and provides unique sensing solutions enabling real-time insights, empowering manufacturers to transform the way they manage their critical assets. Feelit™ enables users to improve uptime, as well as reducing asset cost of ownership, and safety risks. The patented end-to-end agile, sensing and analytics solutions can be deployed and scaled across a diversity of industrial equipment. The solutions are non-intrusive, require zero downtime, are easily installed, and have been designed for harsh environments. The solution utilizes Feelit’s unique ink-based sensing technology which combines a printed nanotechnology sticker sensor and a wireless edge device, that can detect parameter changes and predict upcoming failures in the manufacturing and process systems.

Electroninks Incorporated is the market-leader in the production and scaled manufacturing of metal-complex conductive inks. We have developed a full suite of proprietary conductive ink solutions, world-class manufacturing partners, and complimentary equipment ecosystems, thus accelerating time to market for new products and additive manufacturing breakthroughs.

CLEARink is a leader in reflective display technologies for Tablets, Laptops, Wearables, IoT displays, Electronic Shelf Labels (ESL), outdoor signage and automotive applications. CLEARink’s patent-protected eTIR technology is a superior alternative to existing reflective displays, providing unparalleled video and color representation, using a fraction of the energy consumed by LCD, with a highly competitive cost structure. Founded in 2012, the company is headquartered in Fremont, California with offices in Shenzhen, Eindhoven and Vancouver and has raised over US$25 million in financing from strategic investors such as M Ventures, the corporate venture capital arm from Merck KGaA, Darmstadt, Germany (Dow Jones: MRK.DE), 3M (NYSE:MMM), and Lenovo (0992.HK).

55 North is the largest pure play quantum VC fund in the world, headquartered in Copenhagen. With a European focus and a global investment mandate, 55 North is uniquely positioned at the intersection of breakthrough technology and market-driven innovation in quantum. ​ In partnership with world-class investors, entrepreneurs, scientists, governments and corporations, we bring a proven investment track record and deep technical expertise. ​ Driven by a long-term vision, a strong focus on technical delivery, and a commitment to solving valuable real-world use cases, our mission is to invest in quantum startups and technologies that deliver significant economic and societal value—establishing Denmark and Europe as a global quantum hub.

ChEmpower is a venture-backed advanced materials and specialized chemistry startup developing products and abrasive-free planarization technology for the manufacture of advanced semiconductor devices. ChEmpower is on a mission to eliminate abrasives from the polish process - that has long been the holy grail for planarization in the Semiconductor Industry

In 2013, our Chief Scientific Officer Professor Mark Post unveiled the world’s first cultured meat hamburger to a packed press conference in London. The burger was harvested directly from cow cells, rather than raising and slaughtering a whole animal. It was the result of years of research at Maastricht University, and cost €250,000 to make. The effort was funded by Sergey Brin, the co-founder of Google. Our motivation was to find a new method to make real meat to feed our fast-growing population in a sustainable, healthy and animal-friendly way. Following the success of the first hamburger, we created Mosa Meat to commercialise cultured meat (also known as clean meat, cultivated meat or cell-based meat) and bring it to plates everywhere. In the past few years we’ve made significant scientific breakthroughs, and brought the price down considerably. We’re now focussed on scaling up the production process, and getting our first products to market.

M Ventures is a strategic, corporate venture capital fund investing in Biotechnology - with verticals in Healthcare and Life Science tools - and Technology - with verticals in Semiconductors and Displays as well as Sustainable Manufacture.

Feelit™ develops and provides unique sensing solutions enabling real-time insights, empowering manufacturers to transform the way they manage their critical assets. Feelit™ enables users to improve uptime, as well as reducing asset cost of ownership, and safety risks. The patented end-to-end agile, sensing and analytics solutions can be deployed and scaled across a diversity of industrial equipment. The solutions are non-intrusive, require zero downtime, are easily installed, and have been designed for harsh environments. The solution utilizes Feelit’s unique ink-based sensing technology which combines a printed nanotechnology sticker sensor and a wireless edge device, that can detect parameter changes and predict upcoming failures in the manufacturing and process systems.