Yeah. What was your journey from Index Ventures, a famous venture capital firm, to being a founder? And in what way did that help you, or not help you, to become a founder?
Index was fundamental in everything I learned. You have to understand that when you do engineering studies, you don't really understand what a great business looks like and what it takes. And that was, for me, the reason why I joined Google, actually, was to learn amazing management practices. And actually, at Index, I was the luckiest person on Earth because I was literally every day talking to the best founders on the planet. We're talking about Figma. The Figma CEO was one of them.
Olivier Pomel, the founder of Datadog, who is still a mentor today, was one of them. And many other companies in Index's portfolio. Index has been an incredible experience for me to understand every single business model. And it also helped me understand what it took them to get there and how difficult the journey was. But at the same time, it triggered the fact that I understood that I could do it too if I wanted to. I could at least try.
And I would see their path from literally seed to Series A to building post-IPO companies that were thriving. And for me, that was just phenomenal. So I've been incredibly lucky and grateful to be part of that adventure.
And when you were in school studying quantum physics, did you consider doing this as a career, or was it always clear that you'd be doing something else?
Absolutely. Actually, I thought first that I was probably going to do a research career. I studied that in France, and at the time, we had one of the best AI master's programs in France called MVA, and I actually wanted to take that road. But then I realized that the problem with research, especially fundamental research, is that the timelines are very, very long, and usually it takes you more than 10, 15 years to start seeing the results.
And the problem is that I think I don't have the patience. I have too much energy to wait 10, 15 years to actually get to see the results. I actually think that maybe today there has never been a better time to do a PhD because I actually think that now, probably in two years, you can actually achieve things that you would have done before in 15 years. So that's quite exciting, actually. It's a good time to be in fundamental research.
Meaning with AI, or what accelerates the timeline of a PhD?
I think for sure, for sure, it's AI, definitely. I think AI will trigger so many ways to discover great things, whether it's in biology, in physics, anywhere else. It's like you're going to be able to have the fastest feedback loop to discover a new process, a new protein, a new way to do something. And that's so exciting. One of the reasons I actually went to Google, I think, was because of Demis Hassabis.
It was at the very early stages of what DeepMind is today, but I was so impressed by everything they were doing. And I think that really triggered my willingness to join Google. But the fact is, I do think that when you hear him talking today, for instance, about the power of AI and what potential AGI will bring to the world, I do think that every time lapse is going to decrease. And perhaps we're going to go back to a time where Nobel Prizes will be won by people who are like 25 years old, like Einstein or whatever, just because you are able now in a PhD to discover the unknown.
And that's so fascinating and amazing.
I wonder if the bar is going to just keep rising and people will still have to do four years because that's sort of the way you're supposed to do it. You'll just be expected to produce something even more mind-blowing.
It's possible, but I think the brilliant minds will probably be able to accelerate their thinking and actually push through perhaps 10 ideas instead of one. And that's incredible. That's just incredible.
Except if AI becomes an autonomous scientific discoverer, which it seems to be on the path of doing, in which case maybe there will not be any PhD.
It's for sure going to discover many, many new things in science in every domain. But I still think that, at least for the foreseeable future, you will still need some sort of human supervision to guide them, to oversee them, to give them a framework for what they should be looking for. And I think today, AI has been incredible at knowing what we know and fetching the web for whatever is known. But we still need AI to prove how much it can help with the unknown.
And I think that's going to be the difference in the world too, is people that are able to push AI to do the unknown. And I don't see it coming completely naturally. I'm sure that over time it will. But I think there are some incredible years right now to actually push AI to start working on the unknown.