Tag: AD
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BASE experiment takes a big step towards portable antimatter
The experiment successfully transported a box filled with unbonded protons across CERN’s main site, thus demonstrating that the same feat could later be possible for antiprotons
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Breakthrough in rapid cooling for BASE antiprotons
The experiment has developed a new device for cooling antiprotons more efficiently and for considerably increasing the precision of measurements of their fundamental properties
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Accelerator Report: Optimisation for greater success (and new challenges)
Since the last Accelerator Report, lead-ion beams have been successfully provided to the SPS North Area, in particular to the NA61 experiment, which is their principal user
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GBAR joins the anticlub
The GBAR experiment at CERN has just joined the very select club of experiments that have succeeded in synthesising antihydrogen atoms
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Accelerator Report: Reviving antimatter physics and fine-tuning luminosity measurements in the LHC
On Friday, 30 June, an exciting milestone was reached: the much-awaited antiproton physics season finally commenced
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Accelerator Report: Overcoming setbacks, antiprotons return as LHC recovers luminescent brilliance
The AD operations team received on Friday, 1 June – 12 days earlier than rescheduled – the green light from the AD injection kicker expert: beam could be injected again in the AD ring
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Accelerator Report: mostly on schedule, sometimes not…
The beam commissioning of the Antiproton Decelerator will start on 12 June, and the aim is to deliver antiprotons to the eagerly waiting AD-ELENA experiments on 30 June
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ALPHA reports first measurements of certain quantum effects in antimatter
The measurements are consistent with predictions for “normal” matter and pave the way for future precision studies
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LIVE: Inside CERN’s antimatter factory
On Thursday 26 April 2018 at 4pm CEST, join the CERN Facebook live from our unique Antiproton Decelerator
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A new era of precision for antimatter research
The ALPHA experiment at CERN has measured a light-induced transition in antihydrogen with unprecedented precision