• 00h07: Recovery and injection setup: 6x2e10 per beam.
• 06h00: Stable beams (6 x 2e10 / beam)

• 14h00: End of stable beams (6x2e10/beam). End of fill studies: Single beam for CMS van der Meer scan. Loss map.
• 15h00: Recovery and injection setup: 1x1e10 per beam.
• 17h49: Start test ramp with low intensity and "virgin" orbit and tunes. Dumped with TCDQ position interlocks during ramp.
• 19h00: Recovery and injection setup: 1 x 1e11.
• 21h00: Start of high intensity studies at 450 GeV: chromaticity, Landau octupoles
• 23h06: Start ramp with 1 beam of 1.2e11 in 1 bunch. Octupoles used for Landau damping.
• 23h50: 1.2e11 bunch at 3.5 TeV without losses.
• 00h00: Zeroing octupoles leads to beam instability, beam losses and beam dump.

• 02h20: Recovery and injection setup: 4 x 2e10.
• 06h03: Start of ramp for stable beams.
• 09h00: Injection of nominal bunches (1e11 per beam).
• 09h48: Start of ramp. 60% of beam survived to 3.5 TeV. Strong beam losses and excitation of synchrotron sidebands during ramp for both beams.
• 12h00: Recovery and injection setup: 6 x 2e10.
• 16h54: Stable beams.

• 2h00: Prepare fill for stable beams (2x2e10 per beam). 1 beam dumped on ramp.
• 8h00: Loading new SIS software as final step for increasing intensity. Prepare fill with higher intensity.
• 13h00: Start stable beams with factor 2 higher intensities (4x2e10 per beam).
• 23h41: Beams dumped. RF cavity tripped due to quench.

• 01h40: Start of ramp for beta beat studies. 1 beam lost.
• 02h47: Requested beam dump at 3.5 TeV. Ramp down and cycle.
• 05h47: Start of ramp for beta beat studies.
• 07h20: Start of RF studies at 3.5 TeV.
• 09h00: Beam dump and recovery.
• 12h00: Injection protection setup for higher intensities.
• 14h30: Collisions @450 GeV (no stable beams) to ATLAS for calibration of liquid argon calorimeter.
• 15h00: Orbit feedback checks. Collimator energy-dependent gap thresholds.
• 18h00: Ramp with collimators and feedback (low intensity).
• 22h07: Lost cryo mantain and start in MSR6.
• 23h45: BPM sensitivity checks to intensity at 450 GeV.

• 01h30: Injection and setup with beam.
• 04h20: Start of study of BPM intensity and bunch length dependence.
• 05h30: PS problem. No beam for LHC.
• 08h00: PS back. Injection and setup with beam.
• 09h00: LBDS Test. Injection protection check.
• 10h00: Check of new MQW functions with beam. RF synchronization test for LBDS. Collimation ramp without beam.
• 17h00: Ramp with collimators closing and orbit feedback.
• 19:00: Rampdown and cycle.
• 21h00: Beam setup at injection.

Report from 8h30 meeting

Report from LMC

• 17h00: Accesses in shadow of cryo recovery finished.
• 17h30: Pre-cycle started.
• 19h00: Preparing access for intervention of RQTL11.R2B2.

• 11h00: Beams dumped by LBDS trigger. End of 3.5 TeV physics.
• 11h00-14h00: Recovery and prepare for beam dump studies at 450 GeV.
• 14h00-23h00: Beam dump studies at injection.
• 23h00: Cold compressor problem in 18.