Hiroshi Ishii Jerome B. Wiesner Professor of Media Arts and Sciences Associate Director of MIT Media Laboratory Director of Tangible Media Group MIT Media Lab
The MIT Startup Showcase in Tokyo, Japan will feature MIT-connected startups leading innovation and disruption in Artificial Intelligence, Energy, Metaverse, Life Science, Blockchain, Robotics, Sustainability, Renewable Energy, CCUS (Carbon Capture, Utilization & Storage), and more.
The day’s agenda will include lightning talks, startup exhibits, and networking opportunities with MIT-connected startups and industry professionals.
MIT Startup Exchange actively promotes collaboration and partnerships between MIT-connected startups and industry, exclusively members of MIT's Industrial Liaison Program. MIT-connected startups are based on licensed MIT technology or are founded by MIT faculty, staff, and alumni. Currently, over 1,400 startups are registered with MIT Startup Exchange.
Principal Investigator Ruonan Han
Global climate change presents us with unprecedented challenges. There is overwhelming scientific evidence that increasing greenhouse gas concentrations have caused the majority of the planet’s rapid warming over the past century. Scientists agree that there are significant risks to humans and all life on Earth if this warming continues; however, there is currently no singular remedy to replace the widespread use of fossil fuels. No one energy technology alone can provide a cheap and reliable alternative capable of supporting the world’s growing energy needs.
MIT Professors Sergey Paltsev and Dennis Whyte will share their perspectives on the world’s technology options, the economic and climate impacts of energy decisions, and the future of fusion, fusion technologies, economic viability, and a path to commercialization.
Additionally, MIT Researchers Howard Herzog and Peter Godard will address the potential of carbon dioxide capture and storage (CCS). They’ll explore how CCS can help the world reach net-zero emissions, as well as how we can turn energy-dense scrap aluminum into a water-reactive fuel for clean hydrogen generation.