A new patent was awarded last month for joint work between George Konidaris (Computer Science) and Duke University on methods facilitating motion planning of self-driving cars (US11292456B2).
A jump from last month, we are celebrating three new issued patents. The patents include development of nanoparticles used to treat fungal infections, methods for treating alcohol use disorder, and microtissue manipulation techniques.
AtomICS, a joint student/faculty venture focused on harnessing small molecules for digital information storage took first-place at the Nelson Center for Entrepreneurship’s Venture Prize pitch night. Brenda Rubenstein (Chemistry), and Jacob Rosenstein (Engineering) lead this venture with two graduate students.
#ICYMI The Digital Health Commercialization Seminar Series, hosted by BTI and Life Span, covered a range of topics from preparing a string pitch to how to achieve FDA approval.
A new patent was awarded to work by Christopher Moore (Neuroscience) for a bioluminescence-driven optogenetic approach to modulate activity of an excitable cell (US11242374B2). The invention can be used to treat conditions related to neuron bursting, like epilepsy.
Backed by a core of university-based groups and entrepreneurs, RightHill Ventures recruits key players from the national pool of industry and entrepreneurial talent to identify and fund innovators developing solutions to the world’s most challenging problems.
Brown offers an online Digital Health Innovation Certificate program for those interested in learning about the lifecycle of digital health solutions, from design to implementation
Five Brown faculty are honored in this year's class of American Association for the Advancement of Science (AAAS) fellows. Jill Pipher, Vice President for Research, has also been recognized as a 2021 National Academy of Inventors Fellow!
Starting the year off with a new patent to Brown (US20210018193A1) licensed to Derek Stein's (Physics) startup Techstyle Materials, which has developed smart building materials to create more energy efficient structures.
Brown Technology Innovations is thrilled to have Andrew Bond join our team as Senior Director of Business Development. He will support life science researchers and inventors as they engage with our office.
The Brown Biomedical Innovations to Impact (BBII) is an accelerator fund that supports biomedical technologies with high impact potential to become attractive to industry partners and investors.
Brown Technology Innovations will attend the annual JPM Healthcare Conference, which will take place January in San Francisco, CA. Please contact us (tech-innovations@Brown.edu) with news or connections related to the conference.
The Brown Biomedical Innovations to Impact (BBII) is an accelerator fund that supports biomedical technologies with high impact potential to become attractive to industry partners and investors.
The Montreal start-up, Deeplite, licensed Brown technology developed by Sherief Reda (Engineering) with the goal of making computing faster and more accessible.
Nitin Padture Ph.D. (Engineering) and his team recently published data on use of a molecular glue that significantly enhances durability of perovskite solar panels.
Last month, Brown startup, Bolden, was awarded a Small Business Technology Transfer (SBTT) grant of $500,000 from the National Institute on Aging for their approach to enhance neurogenesis. Bolden Therapeutics is a biotechnology company that develops therapeutics to promote neurogenesis in patients with diseases that affect cognition, such as Alzheimer’s.
Keeping apace with prior months, three new patents were awarded to Brown for research from the labs of Michael Black, Computer Science, Sherief Reda, Engineering, and Ben Kimia, Engineering.
The first-ever Rhode Island Startup Week happens this month at RI Hub, a network of innovators, investors, students, citizens and those interested in building our economy through new ideas. Rhode Island Startup Week, October 18-22, is five days of events that showcase RI’s startup community, where local entrepreneurs can connect.
Last month, Brown was awarded three patents: (1) for Jacob Rosenstein’s work on chemical computation methods (US 11,093,865); (2) Samir Gadre’s innovation to facilitate human training of robots (US 11,090,813); and (3) Peter Weber’s spectroscopy enhancing chemical vapor detection (US 11,099,129).
George Karniadakis (Applied Math and Engineering) and his team recently received press coverage for DeepONet, a method they developed that uses neural networks to solve families of Partial Differential Equations (PDE).
Brown Technology Innovations’ 2021 Annual Report highlights our highest recorded number of invention disclosures and 87% growth in industry sponsored research agreements, driven by Brown faculty inventors.
Congratulations to Brown faculty for the most productive year for inventions to date with 90 invention disclosures received to date, surpassing the previous high of 76 in 2017!
Brown was awarded a new patent last month (US 11,034,019) for a method enabling a robot to learn a mapping between English language commands and Linear Temporal Logic expressions, developed in the lab of Stefanie Tellex (Computer Science).The patent, which relates to robotics, would allow for non-experts to engage with particular robots without programming knowledge.
Brown is one of fifteen leading universities who will aggregate their engineering and physical science patents into broad bundles of technologies for commercialization as part of the University Technology Licensing Program (UTLP).
Nitin Padture’s research team has developed a molecular glue that increases the efficiency of perovskite solar cells in converting sunlight into electricity. This work, published in Science, was included in a recent patent application guided by Brown Technology Innovations.
Oxford Nanopore raised $217M in a recent funding round to further develop its genetic sequencing technology. The UK-based company offers sequencing technology capable of analyzing a single DNA or RNA molecule at a time while providing data in real time.
Our team describes ways that Brown researchers can explore commercial pathways for life sciences discoveries, including licensing, sponsored research agreements, and startups.
Deeplite, a start-up based in Montreal, closed a $6-million seed fundraising round to “bring AI to Everyday Life”. Power and processor capacity are two big limitations to AI and deep learning. Deeplite’s automated software engine enables AI computing on any device.
The National Science Foundation bestowed a CAREER Award to Kareen Coulombe, Assistant Professor of Engineering, Molecular Pharmacology, Physiology and Biotechnology. The award supports work included in a recent patent application (guided by the Brown Technology Innovations office).