Subtracting Infrared Singularities Beyond NLO
10 Apr 2018, 09:00
→
13 Apr 2018, 17:00
UTC
The Higgs Centre for Theoretical Physics
The Higgs Centre for Theoretical Physics
Tuesday, 10 April
Tue, 10 Apr
Wed, 11 Apr
Thu, 12 Apr
Fri, 13 Apr
09:30
→
10:30
Nested local subtractions for amplitudes: George Sterman
video
10:30
→
11:00
Discussion
30m
11:00
→
12:00
Double differential predictions for Higgs boson production: Bernhard Mistlberger
slides
video
12:00
→
12:30
Discussion
30m
12:30
→
13:30
Lunch
1h
13:30
→
15:00
Discussion
1h 30m
15:00
→
16:00
NNLO corrections using the Antenna Subtraction Formalism and applications: Alexander Huss
slides
video
16:00
→
17:00
Discussion
1h
Wednesday, 11 April
Tue, 10 Apr
Wed, 11 Apr
Thu, 12 Apr
Fri, 13 Apr
09:30
→
10:30
Sector-improved residue subtraction: Michal Czakon
video
10:30
→
11:00
Discussion
30m
11:00
→
12:00
Nested soft-collinear subtractions for NNLO calculations: Raoul Röntsch
slides
video
12:00
→
12:30
Discussion
30m
12:30
→
13:30
Lunch
1h
13:30
→
14:30
Power corrections in the N-jettiness subtraction formalism: Frank Petriello
slides
video
14:30
→
15:30
Recent developments in $q_T$ subtraction: Massimiliano Grazzini
slides
video
15:30
→
17:00
Discussion
1h 30m
Thursday, 12 April
Tue, 10 Apr
Wed, 11 Apr
Thu, 12 Apr
Fri, 13 Apr
09:30
→
10:30
Anatomy of CoLoRFulNNLO: Gabor Somogyi
slides
video
10:30
→
11:00
Discussion
30m
11:00
→
12:00
An analytic local sector subtraction at NNLO: Sandro Uccirati
slides
video
12:00
→
12:30
Discussion
30m
12:30
→
13:30
Lunch
1h
13:30
→
15:00
Discussion
1h 30m
15:00
→
16:00
A geometric approach to IR subtraction for real radiation".: Franz Herzog
slides
video
16:00
→
17:00
Discussion
1h
Friday, 13 April
Tue, 10 Apr
Wed, 11 Apr
Thu, 12 Apr
Fri, 13 Apr
09:30
→
10:30
Unsubtracting Infrared Singularities: Germán Rodrigo
video
10:30
→
11:30
DIrect Solutions of IBP Systems: David Kosower
video
11:30
→
12:00
Discussion
30m
12:00
→
13:00
Lunch
1h
13:00
→
14:00
Colloquium: Imaging fundamental processes. The story and stories of jets at accelerators: George Sterman
slides
video