Quartified Leptonic Color, Bound States, and Future Electron–Positron Colliders--Institute of Theoretical Physics，Chinese Academy of Sciences

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Quartified Leptonic Color, Bound States, and Future Electron–Positron Colliders

Source Date of Publication:Nov 01,2017

11/01 2017

Title Quartified Leptonic Color, Bound States, and Future Electron–Positron Colliders
Speaker
Date
Venue

Abstract

CAS Key Laboratory of Theoretical Physics
Institute of Theoretical Physics
Chinese Academy of Sciences
Seminar
Title 题目	Quartified Leptonic Color, Bound States, and Future Electron–Positron Colliders
Speaker 报告人	Mohammadreza Zakeri
Affiliation 所在单位	Department of Physics & Astronomy University of California, Riverside
Date 日期	2017年11月1日（周三）下午3：00
Venue 地点	Room 6420, ITP New Building
Abstract 摘要	The [SU(3)]^4 quartification model of Babu, Ma, and Willenbrock (BMW), proposed in 2003, predicts a confining leptonic color SU(2) gauge symmetry, which becomes strong at the keV scale. It also predicts the existence of three families of half-charged leptons (hemions) below the TeV scale. These hemions are confined to form bound states which are not so easy to discover at the Large Hadron Collider (LHC). However, just as J/ψ and ？ appeared as sharp resonances in e？e+ colliders of the 20th century, the corresponding "hemionium" states are expected at a future e？e+ collider of the 21st century.
Contact Person 所内联系人	周宇峰