Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Image: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Image: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Image: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Image: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Image: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Image: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Image: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Image: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Image: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Image: CERN)
Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Video: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Video: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Video: CERN)Artistic schematic map showing a possible location for the 90.7 km Future Circular Collider, 180 to 400 m depths for access shafts, 8 surface sites (7 in France, 1 in Switzerland) (Video: CERN)
Describing the baseline scenario for a 91km underground tunnel that could successively host FCC-ee and FCC-hh. The ongoing investigations are part of the ongoing feasibility study for the potential Future Circular Collider project that could succeed the LHC. The identified scenario complies with an ECO-design and the Avoid-Reduce-Compensate approach. (Video: CERN)
Raw footage of seismic investigations using vibrators and trucks for the Future Circular Collider (FCC) feasibility study. This B-roll is intended for press use and serves as supplementary visual material. (Video: CERN)
Raw footage of drilling activities conducted as part of the Future Circular Collider (FCC) feasibility study. This material is intended for press use and provides supplementary visuals of the site investigation process. (Video: CERN)
Raw footage of seismic investigations using vibrators and trucks for the Future Circular Collider (FCC) feasibility study. This B-roll is intended for press use and serves as supplementary visual material. (Video: CERN)
A bellow for the pilot sector of Einstein Telescope. (Image: CERN)Vacuum chamber for the storage ring of the FCC-ee being analysed in B113. (Image: CERN)Vacuum chamber for the collider ring of the FCC-ee being analysed in B113. A bellow for the pilot sector of Einstein Telescope. (Image: CERN)Vacuum chamber for the collider ring of the FCC-ee being analysed in B113. A bellow for the pilot sector of Einstein Telescope. (Image: CERN)Vacuum chamber for the collider ring of the FCC-ee being analysed in B113. A bellow for the pilot sector of Einstein Telescope. (Image: CERN)
While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)While the permitting submissions in Switzerland are still ongoing for the FCC studies, the first drilling works for the FCC project have officially started this week in the Mandallaz area, on the French side. These geological drillings and the accompanying seismic investigations mark a first key step in the FCC Site investigation campaign. After reaching a depth of 14 meters, the team encountered the molasse layer. (Image: CERN)
