Recent & Upcoming Talks

The latest on data formats and analysis software for Run 3 and beyond.

Overview of the ATLAS Run 2 legacy $t\bar{t}Z$ measurement, and how to use the data for further analysis.

Reviewing the observation by ATLAS of quantum entanglement in top quarks!

Exciting first results by ATLAS and CMS and review of a new subfield in HEP!

Data analysis for Run 3 and combinations with Run 2.

A review of exciting results from 2023!

Analysis software and data formats for Run 3 and beyond.

Exciting first results by ATLAS and review of a new subfield in HEP!

A review of state-of-the-art top quark reconstruction algorithms, and applications to quantum information measurements at the LHC.

In which I discuss three recent results in top physics: its mass, a rare production mode, and entanglement.

Exciting first results by ATLAS and review of a new subfield in HEP!

Exciting first results by ATLAS and review of a new subfield in HEP!

Data analysis for Run 3 and combinations with Run 2.

In this second workshop on quantum information at the LHC, Ethan presented some of our recent work on $t\bar{t}$ production.

I co-organised the very first workshop on quantum entanglement at the LHC!

I highlight challenges of combinations in ATLAS and discuss some ideas on how to overcome them, before presenting candidate top measurements for a global EFT fit.

A look at the very first ATLAS measurement with Run 3 data and a discussion of recent/future developments in the top sector!

How to run top analyses on the Grid in Run 2, and first steps towards Run 3 data analysis.

Recent ATLAS and CMS results in top physics: polarisation, energy asymmetry, b-fragmentation and more!

Applications of machine learning to experimental collider physics, for astrophysicists and theorists.

An introduction to anomaly detection in particle physics, with examples taken from on-going work with summer students.

A review of on-going ATLAS rare top analyses: $t\bar{t}+W$, $t\bar{t}+Z$ and $t\bar{t}+t\bar{t}$.

An introduction to machine learning, followed by (many!) practical examples of applications to high energy particle physics.

Recent improvements in background modelling for SUSY searches, and prospects for improvements in unusal phase-spaces.

Status report of the full Run 2 $t\bar{t}Z$ analysis, focusing on the unfolding.

Status report of the full Run 2 $t\bar{t}Z$ analysis.

Measurements of top quark properties using data collected by the LHC are presented. Among them, latest results on top mass, $t\bar{t}$ spin correlations and charge asymmetries will be discussed.

A review of recent $t\bar{t}Z$ results and ideas for the future.

An introduction to unfolding, followed by a hands-on tutorial.

The YETI school serves to promote interaction between theorists and experimentalists at the early career stage and to encourage interest in phenomenology. YETI aims to give a pedagogical introduction to a particular area of topical interest in particle physics. A key feature is the hands-on sessions in the afternoons.