Topic: Standard Model

You are viewing this opportunity on our Indigenous-only applications page Join the School of Physics and Astronomy within the Faculty of Science as a Research Fellow and contribute to internationally recognised research in experimental particle physics. You will undertake high-impact research using data from the Large Hadron Collider (LHC) Run 3, with a focus on better understanding the Standard Model and identifying potential Beyond the Standard Model effects through the analysis of data from the LHCb experiment. Working within Monash’s experimental particle physics group, you will contribute

Bring together particle theorists to discuss the Standard Model, its limitations and possible extensions, connecting particle-physics results with cosmology and astroparticle physics. Invited plenary presentations and parallel contributions provide a setting for exchanging new theoretical developments, experimental implications and ideas for future research. The meeting particularly encourages contributions from younger researchers. Arrival and registration begin 28 October at 15:00; scientific sessions run 29 October–1 November, ending at 17:00 on 1 November. All times: Asia/Shanghai (CST, U

Explaining the cosmic matter–antimatter asymmetry requires baryogenesis before Big Bang nucleosynthesis. A precise treatment must evolve baryon and lepton flavour charges while including the relevant Standard Model Yukawa interactions and electroweak and QCD sphaleron processes. This talk introduces a full-flavour-covariant formalism and a new formalism covariant under quark flavour transformations. Applications include SO(10) leptogenesis and cloistered baryogenesis. The work also produces BOLEH, a public general-purpose code for BaryOn and Lepton charge Evolution in the Hot big bang.

The science of the retina has reached an interesting stage of completion. There exists now a consensus standard model of this neural system - at least in the minds of many researchers - that serves as a baseline against which to evaluate new claims. The standard model links phenomena from molecular biophysics, cell biology, neuroanatomy, synaptic physiology, circuit function, and visual psychophysics. It is further supported by a normative theory explaining what the purpose is of processing visual information this way. Most new reports of retinal phenomena fit squarely within the standard mode

Are Raklev discusses the Standard Model and experimental searches for physical phenomena beyond it. Conversation in Norwegian.