19th International Workshop on Top Quark Physics (TOP2026)

Oct 5, 2026, 8:30 AM → Oct 9, 2026, 2:00 PM Europe/Istanbul

Antalya, Türkiye 🇹🇷

Didar Dobur (Ghent University (BE))

The 19th International Workshop on Top Quark Physics (TOP2026) will be held from October 5 to 9, 2026 at the Belconti Hotel, Belek, in the Antalya Region of Türkiye.

TOP2026 brings together experimentalists and theorists to present and discuss the latest developments in top quark physics. This year's meeting is hosted by Ghent University (Belgium).

Recent editions of the TOP Workshop:

• TOP2025 (Korea)
• TOP2024 (France)
• TOP2023 (USA)

 

Q&A session link: https://app.sli.do/event/tEmT1DwXSrA1Zmaqg7fhxd

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Mon, October 5

8:30 AM → 10:00 AM Introductions + Keynote

Convener: Roberto Tenchini (Universita & INFN Pisa (IT))

8:30 AM Welcome

Speaker: Didar Dobur (Ghent University (BE))

TOP2026.pdf

8:45 AM Keynote presentation

Speakers: Uli Haisch, Ulrich Andreas Haisch (University of Oxford (GB))

Top26_Haisch.pdf

9:30 AM Measurement of the top-quark production and charge asymmetry at LHCb

Speaker: Hang Yin (Central China Normal University CCNU (CN))

Top_Physics_at_LHCb-v2.pdf

10:00 AM → 10:30 AM Coffee Break

10:30 AM → 12:30 PM Objects and Tools

Convener: Tae Jeong Kim (Hanyang University (KR))

10:30 AM Jet calibrations and flavor tagging (CMS)

Speaker: Francesco Romeo (Vanderbilt University)

2026_TOP2026_Jet_flavor_tagging_and_calibration_at_CMS_FR.pdf

11:00 AM Jet calibrations and flavor tagging (ATLAS)

Speaker: Carlo Schiavi (INFN e Universita Genova (IT))

2026-10-05-ATLAS-JetCalibrationsFlavourTagging.pdf

11:30 AM How to unfold top decays

Speaker: Luigi Favaro (Universite Catholique de Louvain (UCL) (BE))

top_26_howto.pdf

12:00 PM ML usage in statistical interpretation (ATLAS/CMS)

Speaker: Andrew Wildridge (Purdue University (US))

ML_TOP2026.pdf

12:30 PM → 3:30 PM Lunch + Free time

3:30 PM → 5:00 PM Cross sections

Convener: Beatriz Ribeiro Lopes (Ghent University (BE))

3:30 PM tt measurements (ATLAS/CMS)

Speaker: Luca Martinelli (INFN Sezione di Roma (IT))

Martinelli_TOP2026.pdf

4:00 PM Single top measurements (ATLAS/CMS)

Speaker: Nils Faltermann (Karlsruher Institut für Technologie (DE))

2026-10-05-TOP2026.pdf

4:30 PM 3/4top measurements (CMS)

Speaker: Joscha Ahäuser (Karlsruher Institut für Technologie (DE))

JA_261005_4top3top_v2.pdf

5:00 PM → 5:30 PM Coffee Break

5:30 PM → 7:30 PM Cross sections: Associated Production

Convener: Beatriz Ribeiro Lopes (Ghent University (BE))

5:30 PM W/Z/gamma-associated measurements (ATLAS/CMS)

Speaker: Ethan Lewis Simpson (The University of Manchester (GB))

elsTOP26_ttX_051026Antalya.pdf

6:00 PM tt+bb/cc/light measurements (ATLAS/CMS)

Speaker: David Kavtaradze (Ghent University (BE))

tt+bb:cc:light @ ATLAS:CMS.pdf

6:30 PM Higgs-associated measurements (ATLAS/CMS)

Speaker: Ian Brock (University of Bonn (DE))

TOP2026_brock_tH.pdf

9:00 PM → 10:00 PM Evening lecture

Speaker: Ken Mimasu (University of Southampton)

Mimasu_TOP2026.pdf

Tue, October 6

8:30 AM → 10:00 AM ttbar Predictions and Generators

Convener: David Marcus E Marckx (Ghent University (BE))

8:30 AM Modern MC generators (ATLAS/CMS)

Speakers: Teresa Barillari (M), Teresa Barillari (Max-Planck-Institut fur Physik), Teresa Barillari (Max Planck Society (DE))

Teresa_Top2026_v04.pdf

9:00 AM Quantum observables in top physics

Speaker: Kun Cheng (University of Pittsburgh)

Top2026_QuantumObservable.pdf

9:30 AM Towards NNLO QCD predictions for off-shell tt production and decays

Speaker: Luca Buonocore (CERN)

TOP26_LB.pdf

10:00 AM → 10:30 AM Coffee Break

10:30 AM → 12:00 PM Threshold production

Convener: Prof. Michal Wiktor Czakon

10:30 AM Toponium with pNRQCD

Speaker: Benedikt Gurdon (RWTH Aachen)

TopThresholdAtLHC.pdf

11:00 AM Threshold/Toponium measurements (ATLAS)

Speaker: Annika Stein (Johannes Gutenberg Universitaet Mainz (DE))

2026_10_06_TOP2026_AnnikaStein.pdf

11:30 AM Threshold/Toponium measurements (CMS)

Speaker: Beatriz Ribeiro Lopes (Ghent University (BE))

TOP2026 top threshold.pdf

12:00 PM → 2:30 PM Lunch + Free time

2:30 PM → 3:30 PM Objects and Tools: ML/SBI

Convener: Cecilia Gerber (University of Illinois Chicago (US))

2:30 PM Simulation-based inference

Speaker: Ricardo Barrué (Marietta Blau Institute for Particle Physics)

SBI_TOP2026_Barrué.pdf

3:00 PM Proton Structure from Neural Simulation-Based Inference

Speaker: Elie Hammou (Nikhef National institute for subatomic physics (NL))

TOP2026_Hammou.pdf

3:30 PM → 4:30 PM Young Scientist Forum

Convener: Kirill Skovpen (Ghent University (BE))

3:30 PM Recent updates on modelling of top-antitop production

Speaker: Nihad Hidic (Charles University (CZ))

minnlops.pdf

3:42 PM Modelling of $b$-jets in the $pp \to t\bar{t}b\bar{b}$ process in the $2\ell$ channel at the LHC

I present full off-shell predictions of the production of a top quark pair in association with flavoured jets in the $2\ell$ decay channel at the LHC. Thereby reporting results of the NLO QCD computation for the $pp\to e^+ \nu_e \, \mu^- \bar{\nu}_\mu + nb +X$ process, where $n=3,4$. This calculation includes all resonant and non-resonant diagrams as well as interferences and finite width effects of the top quark and $W$ boson. For the calculation with $n=4$ we compare our predictions in the 5- and 4-flavour schemes. The  calculation for $n=3$ is only provided in the 4FS. The modelling of the $b$-jets in these phase-space regions is studied in detail. These predictions are relevant for the $pp\to t\bar{t}H(H\to b\bar{b})$ process, for which the QCD $pp \to t\bar{t}b\bar{b}$  process is an important irreducible background.

Speaker: Manal Alsairafi

Alsairafi_TOP2026.pdf

3:54 PM Measurement of ttW production cross section at 13.6 TeV

Speaker: Miguel Obeso Menendez (Universidad de Oviedo (ES))

4:06 PM Four-top-quark production at the LHC: NLO+NNLL predictions and uncertainties

The production of four top quarks is one of the rarest Standard Model processes accessible at the LHC, where it was observed in 2023. Studying this process offers valuable insights into the top-quark Yukawa coupling and may reveal new physics. Thus, comparing theoretical predictions with current and future measurements is a crucial test for the Standard Model.
I will present state-of-the-art predictions for four top-quark production, obtained at NNLL accuracy within the invariant-mass threshold resummation framework, and matched to the complete NLO. I will also discuss a detailed assessment of all the uncertainties entering the calculation. Results will be shown for both the total cross section and the invariant-mass distribution.

Speaker: Michele Lupattelli (Muenster University)

Lupattelli_TOP_6Oct_2026.pdf

4:18 PM Measurements of single top t-channel production

Speaker: Jorge Ayllon Torresano (Universidad de Oviedo (ES))

Measurements of single top t-channel production.pdf

4:30 PM → 5:00 PM Coffee Break + Posters

5:00 PM → 7:00 PM Young Scientist Forum

Convener: Carmen Diez Pardos (Universitaet Siegen (DE))

5:00 PM Top quark mass interpretation from simulation of top-flavoured mesons

The interpretation of the top quark mass measurements in terms of well-known field theory definitions has been the topic of a long-standing discussion. In this work we reconsider this issue and simulate fictitious top-flavoured mesons, whose mass can be related to any top mass definition, such as the pole mass, by means of Heavy Quark Effective Theory. We explore final-state observables for top-pair production in $e^{+}e^{-}$ and hadron collisions, and relate the top mass in standard $t\bar{t}$ events to the pole mass extracted from top-meson samples simulated with Pythia 8.3. Our results are in agreement with the expectation of an uncertainty about $200$-$300$ MeV, hence of the order of $\Lambda_{\rm QCD}$.

Speaker: Alexander Lind (INFN Laboratori Nazionali di Frascati (LNF))

Lind_TOP2026.pdf

5:12 PM Measurement of the CKM matrix element |V_cb|

Speaker: Emily Tsai (Northeastern University (US))

TOP2026_Vcb.pdf

5:24 PM Quantum detection of CP violation in the $t \bar{t} $ system: production and tomography

Within the framework currently adopted for the description of the fundamental interactions, the particles involved in high-energy collisions are expected to exhibit a basic quantum behaviour.
As a consequence of this statement, a novel class of "quantum" observables for collider studies naturally arises, whose physical interpretation is rooted in the characteristics of the underlying quantum states.

We present a study on the sensitivity of quantum observables to new sources of CP-violation in top-antitop pairs ($t\bar{t}$), taking into account different production mechanisms. We also investigate how the same additional sources would affect the quantum tomography protocol adopted for the reconstruction of quantum states in collider environments. The ability to discriminate the stage where new physics would modify the current theoretical predictions is also discussed.

Speaker: Olimpia Miniati

TOP2026_MINIATI.pdf

5:36 PM Toponium effects on quantum steering and Bell nonlocality of top quarks

Recent LHC measurements near the $t\bar{t}$ production threshold show a cross-section enhancement consistent with a toponium bound state. This work provides the first comprehensive assessment of how toponium affects advanced quantum correlations, specifically quantum steering and Bell nonlocality, in this kinematic region.

We model the continuum background ($pp \to b\bar{b}W^+W^-$) alongside a pseudoscalar toponium resonance ($\eta_t$) in the beamline basis. Following detector simulation of the dilepton decay channel, the $t\bar{t}$ system is reconstructed via $\chi^2$ minimization, and detector effects are mitigated using iterative D'Agostini unfolding. Toponium acts as a pure spin-singlet state, substantially strengthening the pair's spin-singlet component even at non-zero velocities. By targeting the threshold region with specific kinematic cuts (invariant mass $m_{t\bar{t}} \le 370$–$380$ GeV, lab velocity $\beta \le 0.9$), we evaluate steering and CHSH nonlocality witnesses and find:

• Quantum Steering: This correlation is highly accessible with current
  LHC data, reaching a statistical significance around 10σ.

• Bell Nonlocality: Violations become statistically significant (up to $\sim$9σ) under tighter mass cuts ($m_{t\bar{t}} \le 360$ GeV) when toponium is included. However, the feasibility of this measurement depends crucially on the control of systematic uncertainties, as our simulation primarily accounts for bin-migration effects.

Including these non-relativistic bound-state effects is vital for accurately interpreting future quantum information measurements at colliders.

This presentation is based on the recent work available at arXiv:2606.30768 [hep-ph].

Speaker: Sergio Rodríguez Benítez (Instituto de Física Teórica IFT-UAM/CSIC)

toponium_steering_top2026_slides.pdf

5:48 PM Quantum Observables and Their Sensitivity to Fundamental Interactions at Polarized Lepton Colliders

High-energy colliders probe fundamental interactions through direct searches and precision measurements. In the absence of direct signals for new physics, it is important to identify complementary observables that can enhance sensitivity to different underlying dynamics. Conventional observables such as total cross sections and asymmetries have been widely used for indirect searches, but they do not fully exploit the intrinsically quantum nature of multi-particle final states.

In this talk, I will discuss a density-matrix-based framework for defining and reconstructing quantum observables in collider experiments, with emphasis on spin density matrices and their measurable components. Different interaction structures, including scalar, vector, and tensor mediators, populate distinct entries of the density matrix, motivating the use of multiple observables. I will highlight quantum-information-theoretic quantities such as entanglement, Bell inequality violation, purity, and magic, and explain how they probe different features of scattering amplitudes.

As an example, I will focus on top-antitop production at future lepton colliders, presenting analytic results for the spin density matrix and showing how beam polarization can improve sensitivity to specific operator structures. These results demonstrate that quantum observables, combined with polarized beams, provide a systematic and complementary approach to probing new physics at colliders.

Speaker: Priyanka Lamba

6:00 PM Precise and Comprehensive Top Quark Reconstruction at the LHC

Precision measurements at LHC and HL-LHC require reconstruction of the full event kinematics to derive the observables of interest, a task complicated by two distinct source of ambiguity: the kinematics of neutrinos, which escape the detector undetected, and parton origin of the observed final states. We present VyPER, a Graph Neural Network that provides comprehensive event reconstruction with generative graph diffusion and hypergraph representation learning. It is designed to simultaneously reconstruct neutrino kinematics and identify the partonic origin of the final states, offering a unified alternative to traditional multi-step reconstruction pipelines. We present performance studies comparing VyPER against existing state-of-the-art approaches across a range of physics processes, and discuss its prospective role in precision top-quark and electroweak measurements at ATLAS and CMS.

Speaker: Zihan Zhang (The University of Manchester (GB))

6:12 PM AI-enhanced Tops: Machine learning tasks, and their interplay, for advancing top quark measurements

Precision measurements in top-quark physics require accurate kinematic reconstruction, definition of interesting observables, and performant signal-to-background separation. This talk will introduce a supervised learning method for generic event reconstruction, highlighting its application to top-quark physics specifically in channels with multiple neutrinos. The approach will be contrasted with physics-inspired generative regression methods for specific top measurements, including quantum tomography. Additionally, we will explore model applicability in Beyond Standard Model (BSM) scenarios, Monte Carlo generator dependencies, as well as the role of reconstruction as an auxiliary task in signal-background discrimination.

Speaker: Ethan Lewis Simpson (The University of Manchester (GB))

6:24 PM Big Dipper, Help Me Find A Way -- Dip-hunting at hadron colliders

Machine-learning (ML) methods are increasingly important in collider searches, particularly in scenarios where conventional analysis strategies lose sensitivity. For instance, in searches for heavy top-philic scalar resonances, destructive interference between signal and Standard Model (SM) contributions can strongly distort the invariant-mass spectra and suppress the performance of traditional bump-hunting approaches. In these regimes, the resonance signature can manifest as a local peak-dip structure rather than an excess, complicating both discovery and interpretation.

In this work, we introduce dip-hunting, a ML-based framework designed to identify interference-dominated signatures [1]. As a proof-of-principle case study, we use a simplified CP-even scalar extension of the SM in the $gg\rightarrow S\rightarrow t\bar{t}$ channel. We formulate the problem as parameterised likelihood-ratio inference conditioned on event observables and theory parameters. To account for the quasi-probabilistic nature of the likelihood-ratio produced when including samples containing negative event weights, we employ the Ratio of Signed Mixtures Model (RoSMM) [2] together with parametric neural networks to learn mappings between SM and beyond-SM hypotheses across the parameter space.

Using parton-level $t\bar{t}$ observables, we demonstrate accurate extraction of resonance mass, and coupling parameters, including interpolation to unseen benchmark points and simultaneous multi-parameter inference. We study robustness beyond the nominal model assumptions and show sensitivity to moderate variations of resonance-width correlations not explicitly included during training.

These results establish dip-hunting as a complementary analysis paradigm for interference-dominated new physics searches and motivate future extensions toward detector-level studies and experimental deployment.

[1] Diego A. Baron Moreno, Christoph Englert, Yvonne Peters, Big Dipper, Help Me Find A Way -- Dip-hunting at hadron colliders, submitted to JEHP. [arXiv:2604.25407],
[2] M. Drnevich, S. Jiggins, J. Katzy, and K. Cranmer, Neural quasiprobabilistic likelihood ratio estimation with negatively weighted data, Mach. Learn. Sci. Tech. 6 (2025), no. 4 045023, [arXiv:2410.10216].

Speaker: Diego Baron (The University of Manchester (GB))

TOP2026 - Big Dipper-2.pdf

6:36 PM Search for Top-Philic Vector Resonances in Multi-Top Final States with ATLAS

Speaker: Zongpu Wang (University of Hong Kong (HK))

Search_for_Zprime.pdf

6:48 PM Search for charged lepton flavour violation in ATLAS using top events

Speaker: Thomas Thory-Rao (University of Birmingham (GB))

7:00 PM → 8:00 PM Poster Session

7:00 PM Toponium effects on quantum steering and Bell nonlocality of top quarks

Recent LHC measurements near the $t\bar{t}$ production threshold show a cross-section enhancement consistent with a toponium bound state. This work provides the first comprehensive assessment of how toponium affects advanced quantum correlations, specifically quantum steering and Bell nonlocality, in this kinematic region.

We model the continuum background ($pp \to b\bar{b}W^+W^-$) alongside a pseudoscalar toponium resonance ($\eta_t$) in the beamline basis. Following detector simulation of the dilepton decay channel, the $t\bar{t}$ system is reconstructed via $\chi^2$ minimization, and detector effects are mitigated using iterative D'Agostini unfolding. Toponium acts as a pure spin-singlet state, substantially strengthening the pair's spin-singlet component even at non-zero velocities. By targeting the threshold region with specific kinematic cuts (invariant mass $m_{t\bar{t}} \le 370$–$380$ GeV, lab velocity $\beta \le 0.9$), we evaluate steering and CHSH nonlocality witnesses and find:

• Quantum Steering: This correlation is highly accessible with current
  LHC data, reaching a statistical significance around 10σ.

• Bell Nonlocality: Violations become statistically significant (up to $\sim$9σ) under tighter mass cuts ($m_{t\bar{t}} \le 360$ GeV) when toponium is included. However, the feasibility of this measurement depends crucially on the control of systematic uncertainties, as our simulation primarily accounts for bin-migration effects.

Including these non-relativistic bound-state effects is vital for accurately interpreting future quantum information measurements at colliders.

This presentation is based on the recent work available at arXiv:2606.30768 [hep-ph].

Speaker: Sergio Rodríguez Benítez (Instituto de Física Teórica IFT-UAM/CSIC)

TOP2026_poster.pdf

7:10 PM Simultaneous measurement of tqγ and ttγ cross section

Speaker: Iakov Andreev (Deutsches Elektronen-Synchrotron (DE))

7:15 PM Search for the Charged Lepton Flavour Violation in the top quark interaction with a lepton (muon or electron) and a tau

Speaker: Yeonsu Ryou (Hanyang University (KR))

7:20 PM Search for heavy resonances decaying to top-quark pairs in single-lepton and dilepton channels with the full Run-2 ATLAS dataset

Speaker: Laura Pintucci (Universita degli Studi di Udine (IT))

Pintucci_TOP2026.pdf

7:25 PM Studies of recoil variations in ttbar events

Speakers: Matilde Uboldi (University of Sussex (GB)), Matilde Uboldi (Università degli Studi e INFN Milano (IT))

TOP2026_MU.pdf

7:30 PM Studies of the MiNNLOPS ttbar process by ATLAS

Speakers: Shayma Wahdan, Shayma Wahdan (Bergische Universitaet Wuppertal (DE))

7:35 PM Modelling of $b$-jets in the $pp \to t\bar{t}b\bar{b}$ process in the $2\ell$ channel at the LHC

Speaker: Manal Alsairafi

7:40 PM Quantum detection of CP violation in the $t \bar{t} $ system: production and tomography

Speaker: olimpia miniati

7:45 PM Four-top-quark production at the LHC: NLO+NNLL predictions and uncertainties

Speaker: Michele Lupattelli (Muenster University)

7:50 PM tt+cc/bb measurements using deep learning in CMS Run2 dileptonic tt events

Speaker: Juhee Song (Hanyang University (KR))

Wed, October 7

8:30 AM → 10:30 AM BSM: EFT

Convener: Ankita Mehta (Ghent University (BE))

8:30 AM EFT interpretations (CMS)

Speaker: Niels Van den Bossche (MBI - Austrian Academy of Sciences (AT))

9:00 AM EFT interpretations (ATLAS)

Speaker: Lidia Dell'Asta (Università degli Studi e INFN Milano (IT))

9:30 AM ttH in the SMEFT framework

Speaker: Giuseppe Bevilacqua (Istituto Nazionale Fisica Nucleare (IT))

10:00 AM Loop-level sensitivities to four-top operators

Speaker: Stefano Di Noi (KIT (ITP))

10:30 AM → 11:00 AM Coffee Break

11:00 AM → 12:30 PM BSM: Searches

Convener: Gauthier Durieux (CP3 - UCLouvain)

11:00 AM FCNC+rare interpretations (CMS)

Speaker: Reza Goldouzian (University of Notre Dame (US))

11:30 AM Searches for rare processes (ATLAS)

Speaker: Farida Fassi (Universite Mohammed V (MA))

12:00 PM Multi-top signals of vectorlike quarks

Speaker: Bogdan Dobrescu

12:30 PM → 1:30 PM Lunch

1:30 PM → 7:30 PM Excursion

9:00 PM → 10:30 PM Q&A session with drinks

Do you have questions you do not dare to ask during the session, or that require a longer discussion?
Add your questions here and/or upvote others' questions!

Thu, October 8

8:30 AM → 10:00 AM Theory mini-workshop: CPV and Baryogenesis

Convener: Ken Mimasu (University of Southampton)

9:00 AM Recent developments in Baryogenesis

Speaker: Oleksii Matsedonskyi (University of Cambridge)

9:30 AM What Is the top quark telling us about BSM physics?

Speakers: Rui Santos (University of Southampton and NExT Institute), Rui Santos (ISEL and CFTC-UL)

10:00 AM → 10:15 AM Conference photo

10:15 AM → 10:30 AM Coffee Break

10:30 AM → 11:30 AM Theory mini-workshop: CPV and Baryogenesis

Convener: Ken Mimasu (University of Southampton)

10:30 AM CPV in top and EW Baryogenesis

Speaker: Dorival Gonçalves (Oklahoma State University)

11:00 AM CPV in top-Higgs coupling

Speaker: Dr Adil Jueid (Institute for Basic Science)

11:30 AM → 12:00 PM For the future

Convener: Ken Mimasu (University of Southampton)

11:30 AM Resonance-aware PS matching for off-shell tt in e+e-

Speakers: Daniele Lombardi (Max-Planck Institut für Physik), Daniele Lombardi

12:00 PM → 3:00 PM Lunch + Free time

3:00 PM → 4:30 PM Properties / Rare processes

Convener: Simone Devoto (Universiteit Gent)

3:00 PM Top mass (ATLAS)

Speaker: Wolfgang Wagner (Bergische Universitaet Wuppertal (DE))

3:30 PM Rare SM measurements (ATLAS)

Speaker: James Alfred Mueller (University of Pittsburgh (US))

4:00 PM Flavor measurements (CMS)

Speaker: Luigi Marchese (ETH Zurich (CH))

4:30 PM → 5:00 PM Coffee Break

5:00 PM → 7:00 PM Joker talks

Convener: Antonio Onofre (Universidade do Minho/CFUMUP,LIP)

5:00 PM CMS Joker 1

Speaker: Osama Ragab Ahmed Dawood (Purdue University (US))

5:30 PM ATLAS Joker 1

Speaker: Lukas Kretschmann (Bergische Universitaet Wuppertal (DE))

6:00 PM ATLAS Joker 2

Speaker: Thomas James Stevenson (University of Sussex (GB))

6:30 PM CMS Joker 2

8:00 PM → 9:30 PM Conference dinner

Fri, October 9

8:30 AM → 9:00 AM Threshold production

Convener: Didar Dobur (Ghent University (BE))

8:30 AM Top-quark spin entanglement and decoherence

Speaker: Dr Maria Moreno Llacer (Univ. of Valencia and CSIC (ES))

9:00 AM → 9:45 AM Summary

Convener: Didar Dobur (Ghent University (BE))

9:00 AM Theory summary

Speaker: Michelangelo Mangano (CERN)

9:45 AM → 11:15 AM For the future

Convener: Didar Dobur (Ghent University (BE))

9:45 AM Probing Top Quark - Electron Interactions at Future Colliders

Speaker: Luigi Bellafronte (Florida State University)

10:15 AM Coffee Break

10:45 AM Recent advances in top-quark physics studies at FCC-ee

Speaker: Christian Schwanenberger (Deutsches Elektronen-Synchrotron (DE))

11:15 AM → 12:00 PM Summary

Convener: Malgorzata Maria Worek (Rheinisch Westfaelische Tech. Hoch. (DE))

11:15 AM Experimental summary

Speaker: Alexander Grohsjean (Hamburg University (DE))

12:00 PM → 12:20 PM Announcement of TOP2027

12:20 PM → 12:30 PM Closing

Speaker: Didar Dobur (Ghent University (BE))