T: (425) 657-8031
- Intellectual Property
- New York
- University of Michigan, JD, 2004
- University of Manchester, BSc (Physics), 1982
- University of Manchester, PhD (Physics), 1985
Martin Bancroft is an experienced intellectual property attorney concentrating on patent preparation and prosecution. He specializes in physics, optics, electronics, and software. He is a pragmatic patent attorney focused on getting maximum impact from an IP portfolio through both US and international patent filings. Martin’s legal and technical background allows him to understand client concerns and provide informed advice.
Martin started his legal career in private practice, working with large corporations, mid-size companies, start-ups, and university technology transfer offices.
Later, Martin joined an IP asset management company. He collaborated with a number of large law firms to develop patent portfolios in a variety of technical areas, such as electronic devices, advanced materials, nanotechnology, energy storage, semiconductors, lasers, optics, displays, telecommunications, wireless communications, radar, metamaterials, software, Internet of things (IOT), business methods, e-commerce, electro-mechanical devices, automotive technology, medical imaging, and medical devices.
Prior to law school, he worked as a research scientist, studying the electrical and optical properties of liquid crystals used in display applications. He also worked at Chemical Abstracts Service (CAS), where he indexed patents and scientific articles related to spectroscopy and optical materials.
Martin is registered before the United States Patent and Trademark Office. He has a PhD in Physics, related to the study of liquid crystals, and a JD from the University of Michigan in Ann Arbor.
- US Patent No. 5,796,459, “Bistable nematic liquid crystal device with bigrating alignment layers and twist”, co-inventor
- “Viscosity coefficients and elastic constants of nematic solutions of a side-chain polymer”, HJ Coles, MS Bancroft , Molecular Crystals and Liquid Crystals, 237(1), 97-110 (1993)
- “Dielectric relaxation studies of Goldstone mode fluctuations in SSFLC cells”, MS Bancroft, CV Brown, JC Jones, Ferroelectrics, 180(1), 1-13 (1996)
- “Detailed simulation of the Goldstone mode response of ferroelectric liquid crystals in the surface stabilised geometry”, CV Brown, JC Jones, MS Bancroft, Ferroelectrics, 245(1), 71-79 (2000)