User Tools

Site Tools


pegasus:overview

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision
Previous revision
Next revisionBoth sides next revision
pegasus:overview [16/06/2020 14:06] lipatovpegasus:overview [02/09/2023 13:10] lipatov
Line 50: Line 50:
  
 The calculations using PEGASUS include a few general steps common for all of the processes. The calculations using PEGASUS include a few general steps common for all of the processes.
-When PEGASUS is running, one can select the colliding particles, proton-proton or proton-antiproton, +When PEGASUS is running, one can select the colliding particles, proton-protonproton-antiproton or electron-proton
 and set their center-of-mass energy. The default setting corresponds to the LHC Run II setup. and set their center-of-mass energy. The default setting corresponds to the LHC Run II setup.
 Then one can select factorization scheme (TMD or collinear one) for each of the colliding particles, choose corresponding parton density function and set the parameters, important  Then one can select factorization scheme (TMD or collinear one) for each of the colliding particles, choose corresponding parton density function and set the parameters, important 
Line 130: Line 130:
  
 Contributions to the physics in PEGASUS were provided by Anatoly Kotikov (JINR, Dubna) and  Contributions to the physics in PEGASUS were provided by Anatoly Kotikov (JINR, Dubna) and 
-Nizami Abdulov (MSU, Moscow). We thank Vladimir Lyubushkin (JINR, Dubna),  +Nizami Abdulov (MSU, Moscow). We thank Vladimir Lyubushkin (JINR, Dubna), Gennady Lykasov (JINR, Dubna) 
-who contributed significantly to the functionality and stability of PEGASUS.+and Andrey Prokhorov (MSU, Moscow & JINR, Dubna), who contributed significantly to the functionality and stability of PEGASUS.
  
 We are especially grateful to Nikolai Zotov, who guided and supervised our first steps in High Energy Physics,  We are especially grateful to Nikolai Zotov, who guided and supervised our first steps in High Energy Physics, 
 who encouraged our progress in k<sub>t</sub>-factorization and whose enthusiasm consolidated our group. Nikolai Zotov passed away on January 2016. Our work is dedicated to his memory. who encouraged our progress in k<sub>t</sub>-factorization and whose enthusiasm consolidated our group. Nikolai Zotov passed away on January 2016. Our work is dedicated to his memory.
  
pegasus/overview.txt · Last modified: 15/04/2024 10:14 by lipatov