Différences entre les versions de « QCPC 2023 »
| Ligne 43 : | Ligne 43 : | ||
!'''<font color="red">9:00 Start</font>''' | !'''<font color="red">9:00 Start</font>''' | ||
|- align="left" | |- align="left" | ||
| − | !'''9:00-10:30''' | + | !'''9:00-10:30''' Bruno Senjean |
Introduction to Quantum Computing for chemistry, | Introduction to Quantum Computing for chemistry, | ||
variational quantum eigensolver and quantum phase estimation algorithms - Part 1 | variational quantum eigensolver and quantum phase estimation algorithms - Part 1 | ||
| − | !'''9:00-10:30''' | + | !'''9:00-10:30''' Salad Yalouz |
Quantum algorithm developments and application : wavefunction theory and DFT | Quantum algorithm developments and application : wavefunction theory and DFT | ||
|-align="left" | |-align="left" | ||
| Ligne 52 : | Ligne 52 : | ||
!<font color="green">10:30-11:00 Coffee break</font> | !<font color="green">10:30-11:00 Coffee break</font> | ||
|-align="left" | |-align="left" | ||
| − | !'''11:00-12:30''' | + | !'''11:00-12:30''' Bruno Senjean |
Introduction to Quantum Computing for chemistry, | Introduction to Quantum Computing for chemistry, | ||
variational quantum eigensolver and quantum phase estimation algorithms - Part 2 | variational quantum eigensolver and quantum phase estimation algorithms - Part 2 | ||
| − | !'''11:00-12:30''' | + | !'''11:00-12:30''' David Herrera Marti |
Introduction to fault-tolerant quantum computing. Limits of QPE on FTQC | Introduction to fault-tolerant quantum computing. Limits of QPE on FTQC | ||
|-align="left" | |-align="left" | ||
| Ligne 61 : | Ligne 61 : | ||
! <font color="green">12:30 Lunch (buffet) </font> | ! <font color="green">12:30 Lunch (buffet) </font> | ||
|-align="left" | |-align="left" | ||
| − | !'''14:00-15:30''' | + | !'''14:00-15:30''' Thomas Ayral |
Noise on Variational algorithms. Classical simulation of QC - Part 1 | Noise on Variational algorithms. Classical simulation of QC - Part 1 | ||
!'''<font color="red">14:00 End</font>''' | !'''<font color="red">14:00 End</font>''' | ||
| Ligne 67 : | Ligne 67 : | ||
! <font color="green">15:30-16:00 Coffee break</font> | ! <font color="green">15:30-16:00 Coffee break</font> | ||
|-align="left" | |-align="left" | ||
| − | !''16:00-17:30'' | + | !''16:00-17:30'' Thomas Ayral |
Noise on Variational algorithms. Classical simulation of QC - Part 2 | Noise on Variational algorithms. Classical simulation of QC - Part 2 | ||
|-align="left" | |-align="left" | ||
Version du 29 novembre 2022 à 12:29
- Location: Université Grenoble Alpes, Bâtiment IMAG, Grenoble, France.
- Lecturers: Bruno Senjean (Montpellier), Thomas Ayral (Paris), David Herrera-Marti (Grenoble), Saad Yalouz (Strasbourg)
- Organizers: Roberta Poloni, Eric Cancès, Emmanuel Fromager, Francesco Sottile, Julien Toulouse.
Presentation
Research on quantum computing is rapidly growing and has the potential to reshape simulations in physics and chemistry. These two days aim at providing a pedagogical introduction to this field for the communities of the GDR REST and NBODY, i.e. theoretical physicists, chemists, and applied mathematicians working on the quantum many-body problem. These days are not targeted to experts in quantum computing but rather to people who want to discover this new field.
Program
To be announced.
Schedule
To be confirmed
| 9:00 Start | |
|---|---|
| 9:00-10:30 Bruno Senjean
Introduction to Quantum Computing for chemistry, variational quantum eigensolver and quantum phase estimation algorithms - Part 1 |
9:00-10:30 Salad Yalouz
Quantum algorithm developments and application : wavefunction theory and DFT |
| 10:30-11:00 Coffee break | 10:30-11:00 Coffee break |
| 11:00-12:30 Bruno Senjean
Introduction to Quantum Computing for chemistry, variational quantum eigensolver and quantum phase estimation algorithms - Part 2 |
11:00-12:30 David Herrera Marti
Introduction to fault-tolerant quantum computing. Limits of QPE on FTQC |
| 12:30 Lunch (buffet) | 12:30 Lunch (buffet) |
| 14:00-15:30 Thomas Ayral
Noise on Variational algorithms. Classical simulation of QC - Part 1 |
14:00 End |
| 15:30-16:00 Coffee break | |
| 16:00-17:30 Thomas Ayral
Noise on Variational algorithms. Classical simulation of QC - Part 2 | |
| Dinner at Caffe Forte (Grenoble hypercentre) |
Practical details
Registration
The maximum number of participants is around 50.
No registration fees will be asked. However, accommodation will not be provided but must be arranged independently by the participants.
To register, please send an email to qc-school@theory.polytechnique.fr and indicate your name and affiliation.
Location
Université Grenoble Alpes, Bâtiment IMAG, Grenoble, France.
In order to reach the location from the train station, take tram B direction GIERES Plaine des Sports and stop at " Bibliothèque Universitaire "
Social Dinner
Caffe Forte, 4 Pl. de Lavalette, 38000 Grenoble (tram B, arrêt Notre-Dame - Musée)
Supported by 