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Mikhail Klassen

Senior AI Engineer @ Planet | Generative AI for Space

Highlights

Apr 9 · linkedin

A quantum computer from IBM has been installed on a university campus for the first time.

These machines are marvels. Instead of processing information via arithmetic logic, transistors, and gated circuits, in a quantum computer it is (in some sense) the universe itself performing the calculation via the intrinsic quantum properties of atoms themselves.

Current machines are still "small" in terms of the number of entangled particles kept in ultracold states and used for the computation. The one being installed at Rensselaer Polytechnic Institute is 127 quantum bits, but is already able to perform useful work. Recent breakthroughs are improving the stability of these fragile systems, which will enable larger quantum computers to be built.

As a physicist, I sometimes view the universe as a giant information processing machine. Quantum computers tap into this machine, but in a very tiny way.

Apr 7 · linkedin

It was an incredible week at the Massachusetts Institute of Technology. I was there to attend Space Week 2024, a series of events that brought together academics, explorers, entrepreneurs, startups, and students around the theme of building in space.

At SpaceTech, hosted by MIT AeroAstro, I spoke on a panel called "From Pixels to Planets: The AI Imaging Frontier" about some of my work at Planet, where we downlink 30 TB of geospatial imagery from our fleet of ~200 earth observation satellites every day. This creates significant challenges, but also immense opportunities for artificial intelligence to unlock. I loved connecting with the brilliant graduate students whose research will enable us to operate more safely in orbit and on other worlds.

At Beyond the Cradle, hosted by the Aurelia Institute and the MIT Media Lab Space Exploration Initiative, we heard about the challenges of building for space. One of my favorite parts was getting to meet some of the startups preparing to help humans make the leap to life in orbit and on other worlds.

At MIT's New Space Age Conference on Friday, we explored the business models and economics of going to space. In the short term, the primary drivers of this new economy will be data and telecommunications networks in orbit, but tourism and natural resources will also become major drivers in the future.

One final takeaway:

While I believe that space exploration shouldn't need any justification beyond satisfying a deep human drive to understand the universe and expand our horizons, a much more terrestrial reason is this: designing for life beyond Earth is incredibly challenging and every achievement (from technological breakthroughs to international cooperation) ultimately solves problems on Earth, ranging from halting climate change to curing diseases to creating new economic opportunities.

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Mikhail Klassen
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Boston, MA, United States