Prototype profile: FASERCal detector
A proposed detector to be placed next to the FASER experiment in the LHC. The main component of FASERCal is the "3DCal" that will allow 3D track reconstruction of particles. Current prototypes are being developed at ETH for these 3DCal modules.
- Optically isolated 1 cm3 cubes, readout fibres
- arranged in three planes to collect light from multiple cubes
- 3D voxel reconstruction
IdeaSquare as a shortcut between conceptualising and prototyping
Both working on the LHCb calorimeter, Matteo Salomoni and Kacper Jama used IdeaSquare extensively to develop new calorimeter modules that will be installed during the long shutdown 3. In this letter, they explain how crucial it was for them to be able to come and prototype at IdeaSquare for their project.
Both working on the LHCb calorimeter, Matteo Salomoni and Kacper Jama used IdeaSquare extensively to develop new calorimeter modules that will be installed during the long shutdown 3. In this letter, they explain how crucial it was for them to be able to come and prototype at IdeaSquare for their project.
Celebrating Innovation: highlights from the ATTRACT Pre-Final Conference
The ATTRACT Pre-Final Conference concluded successfully, highlighting the remarkable progress of the 36 projects funded under ATTRACT phase 2. Held in Grenoble, France, the event brought together researchers, students, and professors providing a platform for sharing their potential and envisioning future developments.
ATTRACT Pre-Final Conference: discover the 18 R&D&I funded projects
The ATTRACT Pre-Final Conference, held at the European Synchrotron Radiation Facility (ESRF) in Grenoble, France, was a crucial event for ATTRACT phase 2. It brought together a large community of researchers and innovators to explore technological advancements with the potential to address critical societal challenges and push the boundaries of scientific discovery. Specifically, it provided an excellent opportunity for the 18 R&D&I-funded projects to showcase their progress and potential impact.
Scouting the flow of data for the future High Luminosity LHC
How to manage large amounts of data without losing any interesting ones? The selection of data concerning particle collisions in the LHC is critical since it will determine all the resulting analyses. This is the decisive work of a novel scouting system located at the beginning of the data chain.
How to manage large amounts of data without losing any interesting ones? The selection of data concerning particle collisions in the LHC is critical since it will determine all the resulting analyses. This is the decisive work of a novel scouting system located at the beginning of the data chain.
ATTRACT Pre-Final Conference: shaping the future of innovation and collaboration
ATTRACT, an initiative run by research infrastructures, industry experts, and business and innovation specialists, recently hosted its anticipated Pre-Final Conference at the European Synchrotron Radiation Facility (ESRF) in Grenoble, France. This event, held on June 12-13, spotlighted the progress and potential of the 36 cutting-edge projects funded under ATTRACT phase 2.
ATTRACT stories: behind the AHEAD project
AHEAD, an R&D&I project under ATTRACT phase 2, aims at providing technology bricks enabling in situ sensing, heating and energy harvesting from fluids to achieve standalone measurements and data transmission. The project seeks to validate these developments to Technology Readiness Level 7 through two specific use cases: Mechanically Pumped Loops (MPL) for space applications and CO2-based industrial refrigeration systems.
New insights into Scientists’ Entrepreneurial Self-Efficacy within the ATTRACT ecosystem
Nowadays, the commercialisation of scientific and technological innovations is crucial for economic and social advancement. However, one of the biggest challenges is transforming scientific discoveries into viable market products and services.
Prototype profile: Advanced Heat Exchange Devices (AHEAD)
ATTARCT Phase 1 (2019-2020)
SWaP project: 3D printed metal pipe featuring pressure fittings, electrical feedthrough, and embedded 3D printed sensor Features:
- Pipe & segments: 3D printed via Selective Laser Melting (SLM)
- Sensor: 3D printed via Aerosol Jet Printing (AJP)
- Sensing: fluidic temperature
- Data transmission: wired
The ATTRACT project was presented at the TIPP 2023
During the last edition of the 6th Technology and Instrumentation in Particle Physics (TIPP 2023), the ATTRACT project was presented by Pablo García Tello who shared some of the lessons learnt during the two phases of this project that could prove insightful for understanding the process of managing R&D&I Innovation Ecosystems.