2027 CECAM FLAGSHIP CALL
The 2027 call is now open until 10 July 2026 and results will be communicated by 15 December 2026.
The next CECAM year for events will run from 1 April 2027 to 31 March 2028. Call for proposal is now open until 10 July 2026 and outcome will be communicated ~ mid December 2026.
Typical CECAM events include different formats (workshops, schools and alternative formats). For more details, please refer to the following website:
https://www.cecam.org/submit-flagship-proposal
Flagship events can be run at CECAM-HQ or at one of the CECAM nodes. Please contact the node director in advance: all the projects need the endorsement from the node director.
If you plan to propose an event at the CECAM-TW node, please contact CECAM-TW Node Director, Jer-Lai Kuo (Email: jlkuo [at] as.edu.tw) in advance.
Join CECAM workshop at CECAM-TW
This year, we have four events hosted by CECAM-TW node. You can find more info. from the following website:
Welcome to the web page of the CECAM-TW node
What is CECAM?
CECAM (Centre Européen de Calcul Atomique et Moléculaire) is a European network to promote fundamental research on advanced computational methods and their application to important problems in frontier areas of science and technology.
The missions of CECAM include the organization of scientific workshops in emerging areas, advanced schools to train at the graduate and postdoctoral level, workshops on algorithmic and software development, the development of collaborative research projects for Europe and beyond, and the sponsorship of an international visitors program.
CECAM-TW
The CECAM-TW is hosted at the ACADEMIA SINICA in Taipei, Taiwan.
The node is sponsored by Institute of Atomic and Molecular Sciences (IAMS, AS), Research Center of Applied Sciences (RCAS, AS), Institute of Chemistry (IoC, AS) and Institute of Physics(IoP, AS).
The node director is Jer-Lai Kuo from IAMS/AS, the node administrative assistant is Jess Wu from IAMS/AS.
Node scientific interests include :
- First-principle studies on the electronic and dynamical properties of condensed phases
- Real-time simulation method to study non-equilibrium quantum dynamics
- Quantum transport phenomena and light-matter interactions at the nanoscale
- Machine-learning assisted first-principle exploration of the structures of materials
- Quantum optics and cold-atom physics
- Unconventional states of matter and quantum phenomena in low-dimensional systems
- Topological phases in solid state and cold atom systems
- Electronic and optical properties in two-dimensional materials
- Theoretical models for dynamics in biology, ecology, active matter, and living systems
- Non-equilibrium statistics in soft matter and granular materials
- Theoretical research on particle physics, astrophysics, cosmology and gravitational waves