INTERNSHIP SEMINAR SERIES
Hello Peeps! We are back .
This time Neelam Kumari, a 5th year M.Sc. Physics student is going to take a session on: Physics analysis for the search for top anti-top production in association with Higgs boson at ATLAS experiment at LHC (Large Hadron Collider: The biggest particle accelerator made till now).
Over the years the hypothesis about what causes the mass of quarks have encouraged to look for the signs of Higgs coupling by observing 'tth' associated production. Higgs boson was discovered at CERN and its discovery is counted as one of the greatest achievement of CERN. Higgs field is known to be responsible for the mass of elementary particles. This seminar aims to make you understand the Higgs coupling and how to measure Higgs coupling to top quark.
Do come to explore the properties of higgs boson. May be, this so called God particle will amaze you a lot!
😀
Caption Credits: Nidhi Mehandiratta and Ankita Roy
This time Neelam Kumari, a 5th year M.Sc. Physics student is going to take a session on: Physics analysis for the search for top anti-top production in association with Higgs boson at ATLAS experiment at LHC (Large Hadron Collider: The biggest particle accelerator made till now).
Over the years the hypothesis about what causes the mass of quarks have encouraged to look for the signs of Higgs coupling by observing 'tth' associated production. Higgs boson was discovered at CERN and its discovery is counted as one of the greatest achievement of CERN. Higgs field is known to be responsible for the mass of elementary particles. This seminar aims to make you understand the Higgs coupling and how to measure Higgs coupling to top quark.
Do come to explore the properties of higgs boson. May be, this so called God particle will amaze you a lot!
😀Caption Credits: Nidhi Mehandiratta and Ankita Roy
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