Particle Physics

AARNet connects scientific instruments and research facilities across Australia, extending the network infrastructure to new sites, such as the Stawell Underground Physics Laboratory in regional Victoria.

Researchers participate in CERN’s experimental and theoretical physics, accelerator and detector technology, as well as in a variety of other projects in these areas.

Particle physics research datasets that need to be transported to CERN are often large and can require large amounts of bandwidth for short bursts.

A new circuit improves the possibilities for Moroccan researchers to participate in international collaborations such as the high-energy physics experiment ATLAS and the undersea neutrino telescope ANTARES.

For Ukrainian researchers at Kharkiv Institute of Physics and Technology, planned changes to the Large Hadron Collider will bring a challenge. But a new ‘spectrum’ digital highway provided by URAN and the EU-funded EaPConnect project offers a ‘future-proofed’ solution.

An Alberta physicist is able is search for high-energy neutrinos in the waters off the coast of Vancouver Island, from his desk in Edmonton, thanks to Canada's National Research and Education Network

The European Spallation Source, a 1.843 M euro Big Science infrastructure under construction in Lund, Sweden, will feature an on-demand streaming channel

“It’s a significant contribution by our Institute and Ukraine as a whole to one of the largest experiments... designed to find answers to some of the most important questions for understanding nature"

Belarusian scientist Vitaly Yermolchyk is trying to help unravel the hidden secrets of the Universe. But a bottleneck in network connectivity between his University and CERN –the European Organization for Nuclear Research– has been reducing his ability to participate.

As research becomes increasingly data driven, more and more researchers need tailor-made software for their research projects. The CodeRefinery project is training them to code.

Using the HPC Cloud, a new strategy has been developed to make microscopes more sensitive, helping with the study of living organic substances (such as cancer cells).

Students and researchers work with their peers in the international scientific community, increasing technology transfer and building capacity, while stimulating greater public interest in related fields, such as proton therapy cancer treatment.