| 8 Jun 2022 |
 Hendrik Weimer | So, the idea would be to start with one block and try a couple of (easy) bases to see if you can factorize N, if not, add a second block, etc? How do you set the thresholds in terms of basis selection in order to keep the overall success probability above 2/3 required for BQP? | 18:23:07 |
| Hendrik Weimer | I don't care about qft, that's easy anyway 😉 | 18:26:07 |
 @tmonz:matrix.org | ah. i don't think you can | 18:28:57 |
| @tmonz:matrix.org | when you look at the 'usual' recipe, it simply says: pick an "a" ... and start number crunching till you have the order | 18:29:33 |
| @tmonz:matrix.org | once you have the order, almost done. if the order is odd, restart with another a. otherwise ... you can (essentially) get the factors | 18:33:12 |
| Hendrik Weimer | yeah, but for a given a and block size you know the circuit depth because it's a classical thing. or are you saying that the circuit depth essentially only depends on the block size and not so much on a (other than a given block size to be too small for a given choice of a)? | 18:36:52 |
| Hendrik Weimer | * yeah, but for a given a and block size you know the circuit depth because it's a classical thing. or are you saying that the circuit depth essentially only depends on the block size and not so much on a (other than a given block size being too small for a given choice of a)? | 18:38:41 |
| 9 Jun 2022 |
|  underw0rld joined the room. | 06:02:21 |
| @tmonz:matrix.org | almost finished, but maybe some of you still want to have a look:
https://www.youtube.com/watch?v=nZvG2inz-LU&ab_channel=QuantumScienceSeminar | 15:41:13 |
| underw0rld invited  @xanadu:matrix.org. | 17:42:37 |
| underw0rld invited  @SuperShibe:matrix.org. | 17:42:38 |
| @SuperShibe:matrix.org joined the room. | 17:42:56 |
| @xanadu:matrix.org joined the room. | 18:54:22 |
| 10 Jun 2022 |
| @xanadu:matrix.org left the room. | 13:52:35 |
| 11 Jun 2022 |
| @tmonz:matrix.org | https://www.science.org/doi/10.1126/science.abn7293 | 10:29:46 |
| @tmonz:matrix.org | and here the open access version
https://arxiv.org/abs/2112.00778 | 10:29:53 |
 @holl:matrix.org | That's definitely a good one. | 10:56:51 |
|  @middle-age-dev:matrix.org left the room. | 11:10:28 |
| @tmonz:matrix.org | they. the others were good as well ;) | 12:45:33 |
| @tmonz:matrix.org | * hey. the others were good as well ;) | 17:34:36 |
|  @flonxxd:matrix.org joined the room. | 21:45:03 |
| 13 Jun 2022 |
| @flonxxd:matrix.org left the room. | 08:39:08 |
| @holl:matrix.org | INRIA Paris is opening a junior professor chair in quantum information processing to join a nrw team hosted in collaboration with the CS department of Ecole Normale Supérieure.
Candidates can get information about the job/process and apply here https://www.inria.fr/en/chairs-junior-professor-recruitment-employment | 19:50:38 |
| @holl:matrix.org | * INRIA Paris is opening a junior professor chair in quantum information processing to join a new team hosted in collaboration with the CS department of Ecole Normale Supérieure.
Candidates can get information about the job/process and apply here https://www.inria.fr/en/chairs-junior-professor-recruitment-employment | 19:50:54 |
| 14 Jun 2022 |
| @holl:matrix.org changed their display name from holl to HaroldOllivier. | 18:02:38 |
| @holl:matrix.org changed their display name from HaroldOllivier to holl. | 18:03:38 |
| @holl:matrix.org changed their display name from holl to HaroldOllivier. | 18:04:09 |
| @holl:matrix.org changed their display name from HaroldOllivier to holl. | 18:05:42 |
| @tmonz:matrix.org | https://github.com/qiskit-community/qiskit-braket-provider | 21:33:10 |
| @tmonz:matrix.org | Potentially interesting for some of you | 21:33:17 |
