In four lectures basic theoretical ideas underlying future studies at the EIC
will be presented, including a historic perspective of the subject.
The tentative titles of the lectures are the following:
1. From Greeks to QCD
2. Partonic structure of nucleons
3. Parton saturation
4. Personal overview of EIC studies
The underlying theme is the QCD at action.
In four lectures basic theoretical ideas underlying future studies at the EIC
will be presented, including a historic perspective of the subject.
The tentative titles of the lectures are the following:
1. From Greeks to QCD
2. Partonic structure of nucleons
3. Parton saturation
4. Personal overview of EIC studies
The underlying theme is the QCD at action.
Link to the...
In four lectures basic theoretical ideas underlying future studies at the EIC
will be presented, including a historic perspective of the subject.
The tentative titles of the lectures are the following:
1. From Greeks to QCD
2. Partonic structure of nucleons
3. Parton saturation
4. Personal overview of EIC studies
The underlying theme is the QCD at action.
Link to the...
In four lectures basic theoretical ideas underlying future studies at the EIC
will be presented, including a historic perspective of the subject.
The tentative titles of the lectures are the following:
1. From Greeks to QCD
2. Partonic structure of nucleons
3. Parton saturation
4. Personal overview of EIC studies
The underlying theme is the QCD at action.
Link to the...
Abstract: I review some of the main concepts that allow us to separate process-dependent dynamics from properties of the proton in high-energy collisions. Topics covered are collinear factorisation, scale evolution, operator product expansion, factorisation for TMDs.
Link to the recording:
https://cernbox.cern.ch/index.php/s/7nbFvlIlB2aNnV1
Please ask the organizers for the password.
Abstract: I review some of the main concepts that allow us to separate process-dependent dynamics from properties of the proton in high-energy collisions. Topics covered are collinear factorisation, scale evolution, operator product expansion, factorisation for TMDs.
Link to the recording:
https://cernbox.cern.ch/index.php/s/hNLLn8g7Y8BCUvW
Please ask the organizers for the password.
1) Structure of hadrons: DIS
2) DIS at small x: gluon saturation
a: High gluon density effects: classical multiple scatterings
Ex. 1: quark anti-quark production in DIS
Ex. 2: F2, F_L structure functions in DIS
b: Quantum loops: evolution equations
BK/JIMWLK eqs. for dipoles
3) Solutions of the...
1) Structure of hadrons: DIS
2) DIS at small x: gluon saturation
a: High gluon density effects: classical multiple scatterings
Ex. 1: quark anti-quark production in DIS
Ex. 2: F2, F_L structure functions in DIS
b: Quantum loops: evolution equations
BK/JIMWLK eqs. for dipoles
3) Solutions of the...
Diffractive events in hadronic collisions are classes of events characterized by the large interval of rapidity which is devoid of any hadronic activity. Such gaps are called large rapidity gaps, since they often span several units of rapidity. At HERA electron-proton collider, about 10% of events were classified as diffractive. In such events the proton either is scattered elastically or is...
Diffractive events in hadronic collisions are classes of events characterized by the large interval of rapidity which is devoid of any hadronic activity. Such gaps are called large rapidity gaps, since they often span several units of rapidity. At HERA electron-proton collider, about 10% of events were classified as diffractive. In such events the proton either is scattered elastically or is...
In QCD, the energy-momentum tensor has been recognized as a central object allowing one to address the questions of hadron mass, spin and pressure forces. These are key motivations for the physics case of the EIC project in the US. In these two lectures, we will discuss various interesting and non-trivial aspects of the QCD energy-momentum tensor that have recently attracted a lot of...
In QCD, the energy-momentum tensor has been recognized as a central object allowing one to address the questions of hadron mass, spin and pressure forces. These are key motivations for the physics case of the EIC project in the US. In these two lectures, we will discuss various interesting and non-trivial aspects of the QCD energy-momentum tensor that have recently attracted a lot of...
