Guest seminar at LINXS

The CoWork webinar series welcomes all researchers intrigued by the spectacular coherence properties of X-rays produced at modern synchrotron sources – of which MAX IV is a first example. It is an introduction to Coherent X-ray imaging methods to facilitate the access to advanced microscopy techniques to new users.

The CoWork webinar series welcomes all researchers intrigued by the spectacular coherence properties of X-rays produced at modern synchrotron sources – of which MAX IV is a first example. It is an introduction to Coherent X-ray imaging methods to facilitate the access to advanced microscopy techniques to new users.

The CoWork webinar series welcomes all researchers intrigued by the spectacular coherence properties of X-rays produced at modern synchrotron sources – of which MAX IV is a first example. It is an introduction to Coherent X-ray imaging methods to facilitate the access to advanced microscopy techniques to new users.

The CoWork webinar series welcomes all researchers intrigued by the spectacular coherence properties of X-rays produced at modern synchrotron sources – of which MAX IV is a first example. It is an introduction to Coherent X-ray imaging methods to facilitate the access to advanced microscopy techniques to new users.

The CoWork webinar series is a showcase for research focused on the exploitation of the coherence properties of X-rays for advanced materials characterization. We welcome all researchers intrigued by the spectacular coherence properties of X-rays produced at modern synchrotron sources – of which MAX IV is an example.

The CoWork webinar series is a showcase for research focused on the exploitation of the coherence properties of X-rays for advanced materials characterization. We welcome all researchers intrigued by the spectacular coherence properties of X-rays produced at modern synchrotron sources – of which MAX IV is an example.