Conveners
ET e-Infrastructure Board (EIB)
- Patrice Verdier (IP2I Lyon - IN2P3)
- Stefano Bagnasco
The Einstein Telescope will be able to observe a sky volume one thousand times larger than the second generation observatories and this will be reflected in a higher observation rate. The physics information contained in the strain time series will increase, while on the machine side the size of the raw data from the interferometers will scale with the number and the complexity of the...
The Einstein Telescope (ET) is a next-generation, underground gravitational-wave observatory designed to explore the Universe across its cosmic history. Its ambitious scientific goals, ranging from probing black-hole physics and neutron-star matter to investigating dark energy and the early Universe, require a new generation of computational
and data-analysis infrastructures. Our contribution...
Minimizing environmental impact is essential for the Einstein Telescope, both as a societal responsibility and to meet the expectations of funding agencies. Computing will account for a significant share of operational energy use and is therefore a key focus. We are developing a concept for a climate-neutral ET computing center that uses intelligent workload scheduling to align load with...
