Title: Insights into non-perturbative properties of supersymmetric Yang-Mills theory using numerical lattice simulations
Speaker: Georg Bergner (University of Jena)
Abstract: In this talk I will summarize the results of our numerical investigations of supersymmetric Yang-Mills theory. I will first review the generic problem of representing a supersymmetric theory on the lattice. Two basic non-perturbative aspects of the theory will be considered: the bound state particle spectrum and the phase transitions. I will present our final results for the bound state multiplets of the theory. Then I will discuss the interesting pattern of the phase transitions. The confinement transition is connected to a semiclassical regime that is accessible by analytical methods.
Time: Tuesday, 11th February 2020, 2.30pm
Location: Lecture Room, School of Theoretical Physics, DIAS,
10 Burlington Road, Dublin 4
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Posted: 30th January 2020 by George Rogers
Tuesday 11th February: Insights Into Non-perturbative Properties of Supersymmetric Yang-Mills Theory Using Numerical Lattice Simulations
Title: Insights into non-perturbative properties of supersymmetric Yang-Mills theory using numerical lattice simulations
Speaker: Georg Bergner (University of Jena)
Abstract: In this talk I will summarize the results of our numerical investigations of supersymmetric Yang-Mills theory. I will first review the generic problem of representing a supersymmetric theory on the lattice. Two basic non-perturbative aspects of the theory will be considered: the bound state particle spectrum and the phase transitions. I will present our final results for the bound state multiplets of the theory. Then I will discuss the interesting pattern of the phase transitions. The confinement transition is connected to a semiclassical regime that is accessible by analytical methods.
Time: Tuesday, 11th February 2020, 2.30pm
Location: Lecture Room, School of Theoretical Physics, DIAS,
10 Burlington Road, Dublin 4
Category: Regular seminars, School of Theoretical Physics News & Events
The Theroretical Physics theme for the 80th anniversary is "Quantum, Inifinity and Beyond" The events will tie in the main research topics of the School and draw on its rich history. More on DIAS 2020 can be found here: dias.ie/dias2020/
DIAS School of Theoretical Physics is one of the two founding Schools. It's first Director was the renowned Physicist Erwin Schrödinger, and the School can boast a number of other big names in Irish and International physics and mathematics. #DIASdiscovers
DIAS & @esa Solar Orbiter. Professor Peter Gallagher and Dr Shane Maloney worked on the recently launched space mission. dias.ie/2020/02/11/dia… #DIASdiscovers #WeAreAllSolarOrbiters #SolarOrbiter
On 5th February 1943, Nobel Prize-winning physicist, Prof Erwin Schrödinger, then Director of Theoretical Physics at DIAS, delivered the first of his renowned ‘What is Life?’ lectures. He delivered further lectures in his ‘What is Life?’ series over the following month.
@petertgallagher will be on @PatKennyNT at 11.20 talking about the @esa #SolarOrbiter launch that took place at 4.03 yesterday morning from Cape Canaveral. ☀️🛰️ Listen now: newstalk.com #DIASdiscovers
Big Thank you to @hfalcke, for our School of Cosmic Physics Statutory Public Lecture on "The first image of a Black Hole" yesterday evening. Here he is pictured with @TomRayDIAS in @ucddublin #DIASdiscovers
ICYMI: DIAS SCIENTISTS DISCOVER DISAPPEARANCE OF LARGE PARTS OF TECTONIC PLATE BENEATH AFRICA researchandinnovation.ie/dias-scientist… #DIASdiscovers
Tickets still available for our Statutory Public Lecture this evening by @hfalcke: “The First Image of a Black Hole” More here➡️eventbrite.ie/e/dias-scp-sta… Tickets are free! #DIASdiscovers #blackhole