NanoAc 2022

Lista de Contribuciones

1. Start: Welcome

Javier Resta-López

22/11/22 9:00

Ponencia

2. Opening talk: Future Colliders at the Energy Frontier

Erik Adli

22/11/22 9:10

Ponencia Invitada

3. LWFA & PWFA state-of-the-art

Oznur Apsimon

22/11/22 10:30

Ponencia

16. Characterization of carbon nanotubes as cold electron field emitters for electron cooling in ELENA

Bruno Galante

22/11/22 11:00

Ponencia

5. Exploring ultra-high-intensity wakefields in carbon nanotube arrays: an effective plasma-density approach

Alexandre Bonatto

22/11/22 11:30

Ponencia

6. Discussion

All

22/11/22 12:00

7. Electron Acceleration in Graphene Layers

Cristian Bontoiu

22/11/22 14:00

Ponencia

8. Hydrodynamic model for particle beam-driven wakefield in CNT

Pablo Martín-Luna

22/11/22 14:30

Ponencia

Charged particles traveling through a carbon nanotube can excite electromagnetic modes in the electron gas confined within the cylindrical graphene shell that forms the nanotube wall. This mechanism has recently been proposed as a promising approach for short-wavelength, high-gradient particle acceleration. In this work, we revisit the theoretical framework based on a linearized hydrodynamic...

9. Driver-Witness configuration in CNT array-based acceleration

Moisés Barberá-Ramos

22/11/22 15:00

Ponencia

10. Discussion

All

22/11/22 15:30

11. Crystal channelling and radiation emission

Alexei Sytov

23/11/22 10:00

Ponencia

12. Nanostructures, plasma and crystals as extraction devices: challenges and opportunities

Volodymyr Rodin

23/11/22 10:30

Ponencia

18. Crystal collimation in High Energy Colliders

Laurie Nevay

23/11/22 11:00

Ponencia

4. Plasma Wakefield Acceleration in Hollow Plasma

Guoxing Xia

23/11/22 11:45

Ponencia

13. High-power RF laboratory at IFIC for linear accelerators used in hadrontherapy medical applications

Pablo Martinez-Reviriego

23/11/22 12:15

Ponencia

The High-Power RF Laboratory at IFIC (Instituto de Física Corpuscular) is dedicated to advancing high-gradient radiofrequency (RF) technologies for linear accelerators, with a particular focus on medical applications such as hadrontherapy. This facility enables the development, testing, and conditioning of accelerating structures operating at high electric fields, which are essential for...

15. Discussion and final remarks

All

23/11/22 13:15