HELIOS retreat registration

4 Oct 2021, 08:30 → 8 Oct 2021, 17:00 Europe/Stockholm

5/5-1 - Main Seminar Room (LINXS at Ideon Delta 5)

Please fill out the registration form by September 1.

We are currently planning on having either a hybrid meeting or completely online due to the pandemic and will also try to make short films and take photos during the retreat. So please remember to give an answer in the consent section of the registration form.

/ the HELIOS organizing committee

Monday 4 October

1 Welcome

2 Inspiration: About Nobel Prize

Speaker: Anne L'Huillier

3 B: Optics and Light Waves - Physics Specifics

Speaker: Cord Arnold

10:30 Coffee Break

4 B: Laser (CW)

Speakers: Christoph Heyl, Franz Kaertner

5 A: Application Interferometry and spectroscopy

READING SUGGESTIONS:

M. Born and E. Wolf, Principles of Optics, University Press, Cambridge, 1999
M Françon, Optical Interferometry, Academic Press New York and London, 1966

https://phet.colorado.edu/en/simulations/wave-interference

Speaker: Giovanni Cirmi

12:30 Lunch Break

6 Q&A: Understanding questions

7 Company: R&D and Project Management in a laser company (CLASS5)

15:00 Coffee break

8 Hackathon - Comsol Multiphysics

9 Hackathon

Tuesday 5 October

10 B: Ultrafast Laser

Speakers: Christoph Heyl, Franz Kaertner

11 A: Applications Ultrafast laser

Speaker: Francesca Calegari

10:30 Coffee break

12 Inspiration: About accelerator physics

Speaker: Sverker Werin

13 B: Particle beams - Physics specifics

READING SUGGESTIONS:
M.Sands, The Physics of Electron Storage Rings

D.A.Edwards and M.J.Syphers, An Introduction to the Physics of High Energy Accelerators, Wiley.

Speaker: Pedro Fernandes Tavares

12:30 Lunch

14 Q&A: Understanding questions

15 Communication - Science Blogs

15:00 Coffee break

16 Hackathon - Comsol Multiphysics

17 Hackathon

Wednesday 6 October

18 B: Synchrotron Light / Free Electron Laser

I have two suggestions, a short paper (in attachment) and a longer one (CHAPTER 1 The Physics and Status of X-ray Free-electron Lasers (RSC Publishing) DOI:10.1039/9781782624097-00001. In the latter the students might find some clarifications after the lecture, the former helps to introduce the subject.

Speaker: Francesca Curbis

The development of XFELs.pdf

19 A: Beamlines

An Introduction to Synchrotron Radiation, Techniques and Applications, 2nd Ed., chap. 5, P. Willmott, John Wiley & Sons, 2019. https://onlinelibrary.wiley.com/doi/book/10.1002/9781119970958

Gratings, Mirrors and Slits, beamline Design for Soft-X-ray Synchrotron radiation Sources, W.B. Peatman, Gordon and Breach Science Publishers, 1997.

There are many more titles, but the first is good and not too deep general introduction to the topic, and the second is pretty hands-on regarding beamline design (perhaps a bit dated, but still mostly valid).

Speakers: Gunnar Orhwal, Pablo Villanueva Perez

10:30 Coffee break

20 B: Particle Colliders

Speaker: Ewen Hamish Maclean

21 A: Detectors

Speaker: Geoffrey Mullier

HeliosGMDetectors.pdf

12:30 Lunch

22 Q&A: Understanding questions

23 Communication - Science Blogs

15:00 Coffee break

24 Hackathon - Comsol Multiphysics

25 Hackathon

Thursday 7 October

26 A: Inspiration: Nano fabrication

Speaker: Stefano Cabrini

27 B: Nano - Physics Specifics

Speaker: Martin Leijnse

10:30 Coffee break

28 B: Nano and devices

Speaker: Francesc Perez

29 B: Nano and biology

Speaker: Christelle Prinz

12:30 Lunch

30 Q&A: Understanding questions

31 Communication - Science Blogs

15:00 Coffee break

32 Hackathon - Comsol Multiphysics

33 Hackathon

Friday 8 October

34 Inspiration: About Nano World

Speaker: Heiner Linke

35 A: Nano characterisation

Speaker: Anders Mikkelsen

10:30 Coffee break

36 Hackathon - Presentations

12:30 Lunch

37 Hackathon - Presentations cont.

15:00 Coffee break

38 Communication - Science Blogs

39 Concluding remarks