Collinear Fragmentation at NNLL: Generating Functionals, Groomed Correlators and Angularities
Explore advanced concepts in collinear fragmentation, including generating functionals, groomed correlators, and angularities at NNLL accuracy in particle physics.
Three-Loop Feynman Diagrams for Higgs Plus Jet Production
Explore advanced techniques for calculating three-loop Feynman diagrams in Higgs plus jet production, enhancing understanding of particle physics interactions.
LHCf - A Precision Forward Physics Detector at LHC
Explore the LHCf detector's role in forward physics at the LHC, uncovering its precision measurements and contributions to particle physics research.
Numerical Integration of Loop Amplitudes in Momentum Space
Explore numerical integration techniques for loop amplitudes in momentum space, focusing on singularities, thresholds, and local cancellation methods.
Three-Loop Feynman Diagrams for Higgs Plus Jet Production
Explore advanced techniques for calculating three-loop Feynman diagrams in Higgs plus jet production, enhancing understanding of particle physics interactions.
The Singular Structure of Collider Observables at N3LO and Beyond
Explore advanced concepts in particle physics, focusing on collider observables and their singular structure at N3LO and beyond.
Axions: Theory, Cosmology and Astrophysics - Lecture 2
Explore axion physics, focusing on theoretical foundations, cosmological implications, and astrophysical observations in this advanced lecture on particle physics and cosmology.
Probing Fundamental Physics with Multiwavelength Observations - Lecture 4
Explore multiwavelength observations in fundamental physics, focusing on advanced techniques and their applications in probing cosmic phenomena and theoretical models.
Axions: Theory, Cosmology and Astrophysics - Lecture 1
Explore axion physics, covering theoretical foundations, cosmological implications, and astrophysical applications in this comprehensive lecture by Alessandro Mirizzi.
Cosmological Tests of Fundamental Physics - Lecture 1
Explore fundamental physics through cosmological tests, examining the universe's origins and evolution to uncover insights into particle physics and gravitational theories.
Probing Fundamental Physics with Multiwavelength Observations - Lecture 3
Explore multiwavelength observations in fundamental physics, focusing on advanced techniques and their applications in probing cosmic phenomena and particle interactions.
Probing Fundamental Physics with Multiwavelength Observations - Lecture 2
Explore multiwavelength observations in astrophysics to probe fundamental physics, focusing on advanced techniques and their applications in understanding cosmic phenomena.
Probing Fundamental Physics with Multiwavelength Observations - Lecture 1
Explore multiwavelength observations in astrophysics to probe fundamental physics, focusing on cutting-edge research and innovative techniques in this advanced lecture.
Effective Field Theory of the Nuclear Interaction - Lecture 4
Explore advanced concepts in nuclear physics, focusing on effective field theory and its applications to nuclear interactions. Gain insights into cutting-edge research in theoretical nuclear physics.
Effective Field Theory of the Nuclear Interaction - Lecture 3
Explore advanced concepts in nuclear physics, focusing on effective field theory approaches to modeling nuclear interactions and their applications in modern research.
Effective Field Theory of the Nuclear Interaction - Lecture 1
Explore effective field theory in nuclear physics, focusing on its application to nuclear interactions and its role in understanding fundamental nuclear processes.
Quantum Field Theory Anomalies in Condensed Matter Physics - Lecture 1
Explore quantum field theory anomalies in condensed matter physics with Andrea Cappelli's insightful lecture, delving into advanced concepts and their applications.
Collider Physics - Lecture 4
Explore advanced concepts in collider physics, focusing on particle interactions and experimental techniques in high-energy physics research.
Amplitudes - Lecture 2
Explore advanced concepts in particle physics amplitudes, focusing on modern computational techniques and their applications in quantum field theory.
BSM and Naturalness - Lecture 5
Explore beyond Standard Model physics and naturalness concepts in particle physics, focusing on advanced theoretical frameworks and their implications for fundamental interactions.
BSM and Naturalness - Lecture 4
Explore beyond Standard Model physics and naturalness concepts in particle theory, focusing on advanced topics and recent developments in the field.