Martin Zweierlein
In today's episode, W. Scott Olsen speaks with Martin Zweierlein, a physics professor at MIT and a pioneer in quantum gas research. In 2025, his team became the first to photograph individual, freely moving atoms, capturing stunning images of quantum behaviors like fermionic anti-bunching and bosonic clustering. This breakthrough offers rare visual proof of long theorized quantum effects.
You can visit Martin's page at the Massachusetts Institute of Technology here.
This podcast is brought to you by FRAMES, a high-quality quarterly printed photography magazine, and its accompanying international photography membership.
Find out more and join FRAMES here.
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In today's episode, W. Scott Olsen speaks with Martin Zweierlein, a physics professor at MIT and a pioneer in quantum gas research. In 2025, his team became the first to photograph individual, freely moving atoms, capturing stunning images of quantum behaviors like fermionic anti-bunching and bosonic clustering. This breakthrough offers rare visual proof of long theorized quantum effects.
You can visit Martin's page at the Massachusetts Institute of Technology here.
This podcast is brought to you by FRAMES, a high-quality quarterly printed photography magazine, and its accompanying international photography membership.
Find out more and join FRAMES here.
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