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Dmitry Green’s talk for the New York Quantum Computing Meetup will pair questions about topological quantum computing’s trade-offs and current state with an account of research progress toward realizing the approach.
All times are local to the venue · America/New York
This edition of the New York Quantum Computing Meetup is built around a progression from the big questions to work in progress: physicist and quantum-technology investor Dmitry Green plans to discuss what topological quantum computing is, weigh its trade-offs and describe recent progress with collaborators at the University of Chicago, Purdue, Delft and other institutions.
The announced talk moves from defining topological quantum computing to considering its trade-offs and the field’s state of the art. Green also plans to present recent progress toward making the approach a reality, including new results from work with colleagues at the University of Chicago, Purdue, Delft and other institutions.
That pairing gives the session both a broad and a current focus: the subject is not only how this approach is framed, but also what Green says his research group and collaborators have recently advanced. The listing does not name particular results or explain the technical trade-offs, so attendees should not expect a more detailed project description from the published outline.
Further reading: Nov. 16th, 2026 NYC Quantum Computing In Person and Zoom Meetup, Mon, Nov 16, 2026, 6:00 PM | MeetupBending Spoons ↗
The New York Quantum Computing Meetup describes its wider purpose as bringing together enthusiasts and practitioners from industry and universities to discuss developments in quantum-computing hardware and software. That is the group’s general remit, not a promise of a hardware or software demonstration at this particular gathering: the Nov. 16 listing names Green’s talk and no separate demonstration.
Further reading: New York Quantum Computing Meetup | MeetupBending Spoons ↗ · Nov. 16th, 2026 NYC Quantum Computing In Person and Zoom Meetup, Mon, Nov 16, 2026, 6:00 PM | MeetupBending Spoons ↗
The listing names Green’s talk but gives no separate start time, sequence or additional session. The advertised 6–8 p.m. window is the only published timing.
The listing gives the overall event window but does not specify when Green’s talk begins within it.
The event is listed at 417 5th Ave Ste 814, New York, NY 10016.
Although the event title refers to in-person and Zoom attendance, the event’s structured attendance information classifies it as offline. The listing provides no Zoom joining instructions. Confirm remote access with the organizers before relying on it.
Nov. 16th, 2026 NYC Quantum Computing In Person and Zoom Meetup, Mon, Nov 16, 2026, 6:00 PM | MeetupBending Spoons ↗ · New York Quantum Computing Meetup | MeetupBending Spoons ↗
The event listing does not give an admission price or say whether advance registration is required. It does state that attending means accepting a risk waiver; review the linked waiver before going.
The confirmed event destination is 417 5th Ave Ste 814, New York, NY 10016. The listing provides no transit, parking, entrance or accessibility instructions. Use the map link to calculate directions from your starting point, and contact the organizers ahead of time about access arrangements if needed.
No. The title mentions Zoom, but the event’s structured attendance information classifies it as offline, and the listing supplies no joining instructions. Check with the organizers before planning to attend remotely.
Nov. 16th, 2026 NYC Quantum Computing In Person and Zoom Meetup, Mon, Nov 16, 2026, 6:00 PM | MeetupBending Spoons ↗ · New York Quantum Computing Meetup | MeetupBending Spoons ↗
The listing does not state a price or whether advance registration is required.
Yes. The listing says attendance is subject to a risk waiver; review its terms before attending.
417 5th Ave Ste 814, New York, NY 10016
Map search by venue and address. Check the organiser’s entrance details before travelling.
Images from the linked sources. Each caption identifies the context of the image.
Event, planning and background information checked 2026-11-04 against the linked sources.