b0bert0.bsky.social
@b0bert0.bsky.social
Reposted by b0bert0.bsky.social
Every week you get a new chance to finish your paper by the end of the week.
January 25, 2026 at 3:15 PM
Every week you get a new chance to finish your paper by the end of the week.
Reposted by b0bert0.bsky.social
Great thread by Stefan Knecht on the new paper by the Garnet Chan group:
"FeMoCo hasn’t been entirely solved, but for its gold-standard active space model (which is the model QC folks have been looking at!), there is now a classical benchmark that provides an excellent baseline for any quantum work"
"FeMoCo hasn’t been entirely solved, but for its gold-standard active space model (which is the model QC folks have been looking at!), there is now a classical benchmark that provides an excellent baseline for any quantum work"
My recommendation: read the paper, an excellent work marking IMHO another milestone for quantum chemistry, congratulations to all authors.
To add to the cited post, the most important conclusions of the work are highlighted in the picture, a breakdown will be provided in the comments.
To add to the cited post, the most important conclusions of the work are highlighted in the picture, a breakdown will be provided in the comments.
January 9, 2026 at 3:46 PM
Great thread by Stefan Knecht on the new paper by the Garnet Chan group:
"FeMoCo hasn’t been entirely solved, but for its gold-standard active space model (which is the model QC folks have been looking at!), there is now a classical benchmark that provides an excellent baseline for any quantum work"
"FeMoCo hasn’t been entirely solved, but for its gold-standard active space model (which is the model QC folks have been looking at!), there is now a classical benchmark that provides an excellent baseline for any quantum work"
Reposted by b0bert0.bsky.social
My recommendation: read the paper, an excellent work marking IMHO another milestone for quantum chemistry, congratulations to all authors.
To add to the cited post, the most important conclusions of the work are highlighted in the picture, a breakdown will be provided in the comments.
To add to the cited post, the most important conclusions of the work are highlighted in the picture, a breakdown will be provided in the comments.
January 9, 2026 at 12:15 PM
My recommendation: read the paper, an excellent work marking IMHO another milestone for quantum chemistry, congratulations to all authors.
To add to the cited post, the most important conclusions of the work are highlighted in the picture, a breakdown will be provided in the comments.
To add to the cited post, the most important conclusions of the work are highlighted in the picture, a breakdown will be provided in the comments.
Reposted by b0bert0.bsky.social
Stefan Knecht has written up a nice summary of Garnet Chan's new paper
"No, FeMoCo hasn’t been entirely solved but for its gold-standard active space model (the model QC folks have been looking at), there is now a classical benchmark which provides an excellent baseline for any quantum work."
🧵👇
"No, FeMoCo hasn’t been entirely solved but for its gold-standard active space model (the model QC folks have been looking at), there is now a classical benchmark which provides an excellent baseline for any quantum work."
🧵👇
My recommendation: read the paper, an excellent work marking IMHO another milestone for quantum chemistry, congratulations to all authors.
To add to the cited post, the most important conclusions of the work are highlighted in the picture, a breakdown will be provided in the comments.
To add to the cited post, the most important conclusions of the work are highlighted in the picture, a breakdown will be provided in the comments.
January 9, 2026 at 12:34 PM
Stefan Knecht has written up a nice summary of Garnet Chan's new paper
"No, FeMoCo hasn’t been entirely solved but for its gold-standard active space model (the model QC folks have been looking at), there is now a classical benchmark which provides an excellent baseline for any quantum work."
🧵👇
"No, FeMoCo hasn’t been entirely solved but for its gold-standard active space model (the model QC folks have been looking at), there is now a classical benchmark which provides an excellent baseline for any quantum work."
🧵👇
Reposted by b0bert0.bsky.social
Today I watched "The Big OOPs: Anatomy of a Thirty-Five Year Mistake" [C. Muratori] - amazing presentation and a carefully researched history lesson about OOP, about where the core ideas came from and where some really good ideas got lost:
www.computerenhance.com/p/the-big-oo...
www.computerenhance.com/p/the-big-oo...
The Big OOPs: Anatomy of a Thirty-Five Year Mistake
My presentation from the inaugural Better Software Conference, with notes.
www.computerenhance.com
July 24, 2025 at 7:29 PM
Today I watched "The Big OOPs: Anatomy of a Thirty-Five Year Mistake" [C. Muratori] - amazing presentation and a carefully researched history lesson about OOP, about where the core ideas came from and where some really good ideas got lost:
www.computerenhance.com/p/the-big-oo...
www.computerenhance.com/p/the-big-oo...
Reposted by b0bert0.bsky.social
Dulwich Quantum at Jeff Bezos wedding in Venice.
June 28, 2025 at 6:35 AM
Dulwich Quantum at Jeff Bezos wedding in Venice.
Reposted by b0bert0.bsky.social
Our new Majorana Propagation method is out! It can be used either alone as a classical simulation method or in conjunction with quantum subroutines, see @qzoeholmes.bsky.social's thread below.
(Btw, it's so efficient that it broke scirate: this and all papers after ours are missing from scirate.)
(Btw, it's so efficient that it broke scirate: this and all papers after ours are missing from scirate.)
Hey! On the arXiv today we present `Majorana Propagation’ a new classical algorithm for simulating Fermionic circuits.
Depending on your mood... the algorithm can be viewed either as naturally suited to compete with, or collaboratively enhance, quantum hardware simulations.
Depending on your mood... the algorithm can be viewed either as naturally suited to compete with, or collaboratively enhance, quantum hardware simulations.
March 25, 2025 at 5:22 PM
Our new Majorana Propagation method is out! It can be used either alone as a classical simulation method or in conjunction with quantum subroutines, see @qzoeholmes.bsky.social's thread below.
(Btw, it's so efficient that it broke scirate: this and all papers after ours are missing from scirate.)
(Btw, it's so efficient that it broke scirate: this and all papers after ours are missing from scirate.)