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Deep tech is a new chapter in the innovation story, bringing together science, engineering and design thinking. Imagine if another global pandemic happens and the drug to combat it was developed and approved not in decades or years, but in months or even in weeks. Deep tech offers this potential. Imagine technologies like robotics, synthetic biology, nanomaterial, blockchain, quantum computing and many others -- when combined with each other and blended with engineering and design science, are making what's seemingly impossible possible.
So what is deep tech? I've spent the last 18 months visiting 100 research labs and start-ups from Shenzhen in China to Haifa in Israel, and this is what I learned about deep tech ventures. They focus on fundamental issues, identifying physical constraints of industries not solved for decades. For example, in energy, nuclear fusion; in mobility, air robotaxi. They work as a close hub of emerging technologies. Like synthetic biology, quantum programming, artificial intelligence and many others, they focus on physical product using data and digital platform to accelerate the test-and-run phase. They rely on an ecosystem to accelerate the innovation cycle, including the build-and-test phase. Too many disciplines are necessary to master for one venture to go alone. It is about cooperation, not competition. Deep tech is ultimately transforming discovery into a design and engineering exercise.
Short url: https://clilstore.eu/cs/10021