
Next-gen analytical technologies will enable sustainable practices in traditional and urban agriculture such as plant nanosensors and Raman spectroscopy, two emerging tools that help monitor plant health.
Next-gen analytical technologies will enable sustainable practices in traditional and urban agriculture such as plant nanosensors and Raman spectroscopy, two emerging tools that help monitor plant health.
MIT Professor of Mechanical Engineering Tonio Buonassisi says with AI, businesses don't have to keep using trial and error for systems that take several months to build. Instead, machine learning can reproduce the sort of advances that is being made at MIT and SMART in the comfort of your own office, and, can help find a solution exponentially faster than one may have done otherwise...
SMART CEO and Director Professor Eugene Fitzgerald discusses the economic and social impact of creating silicon technologies that are able to penetrate new markets, and why innovation in deep tech is necessary to create intellectual capital to attract investment.
What has been dubbed The Rapid Response Strategy, has allowed SMART researchers to drastically reduce the time taken to develop treatment for yellow fever, Zika and COVID-19.
InfraChallenge is seeking digital ideas from around the world to accelerate disruption in the infrastructure industry. The winning idea will receive exposure to the G20, support from MIT Solve, and AUD 50,000 to bring the idea to market.