Tag: Trap
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Antiproton Capture
Antiproton Capture In order to give you an idea of how antihydrogen is actually made and trapped, we have made a small game that takes you through some key steps. You must succeed at each step to progress to the next. In the first part you need to capture antiprotons from the AD. The animation
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EPSRC Showcasing Physical Sciences Impact Event 2019
EPSRC Showcasing Physical Sciences Impact Event 2019 Three members of the ALPHA collaboration, PhD student Siara Fabbri, Post Doctoral Researcher (PDR) April Cridland and Professor Michael Charlton, showcased how the antimatter experiments are impacting the public in terms of economics, culture, knowledge, and people, at the EPSRC Impact Event 2019 located at the Institute of
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Paul Trap in Action
Paul Trap in Action The Paul Trap is showing a basic experiment on how to trap particles. You have 4 electrodes, which have an electric field, which is alternating in frequency, that's why the Paul Trap is also called Radiofrequency (RF) -Trap. The electrodes trap the particles in three dimensions.
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Penning Trap
Penning Trap It is a basic and unavoidable fact in the antimatter business that in order to produce antihydrogen, antiprotons and positrons must be mixed. So, ALPHA must have the ability to confine and manipulate charged plasmas with reasonable efficiency and at cryogenic temperatures to boot! It is a basic and unavoidable fact in the



