This event is expired!

# International Conference on Hadron Physics ICHP on August 16-17, 2022 in Tokyo, Japan

Submit Your Paper- Short Name:
**ICHP** - Event Type:
**Conference** - Website URL:
**https://waset.org/hadron-physics-conference-in-august-2022-in-tokyo** - Program URL:
**https://waset.org/conferences-in-august-2022-in-tokyo/program** - Contact URL:
**https://waset.org** - Location:
**Tokyo, Japan** - Date:
**August 16-17, 2022** - Final Submission:
**July 16, 2022** - Notification:
**September 15, 2020** - Organization:
**World Academy of Science, Engineering and Technology** - Conference Tags: geophysics physics applied physics astrophysics biophysics condensed matter physics nuclear physics particle physics theoretical physics thermal physics plasma physics molecular physics high energy physics statistical physics mathematical physics medical physics experimental physics metaphysics atomic physics quantum physics materials physics textile physics cybernetical physics modern physics solid state physics econophysics physics education psychophysics physics engineering nanophysics strong field physics optical physics laser physics

AdS/CFT correspondence

Algorithm innovation

Chiral Perturbation Theory

Effective Field Theory

vs transverse lattice calculations

Exotic Hadrons

Experimental Results and Future Perspectives

Few-body problems on LC

Field theoretical approaches to QCD

Field theory at finite temperature and density

Hadron Properties from Lattice

Hadron Physics and strong decays

Hadron structure

Hadronic and quark matter - applications in astrophysics

Hadronic Distribution Amplitudes

Hadronic structure - reactions, production and decays

Hardware developments for lattice QCD

Heavy-light hadron systems on the lattice

High-precision thermodynamics

Lattice field theory

Lattice perturbation theory

Lattice QCD - methods and results

Light cone field theory

Non perturbative methods in quantum field theory

Non-perturbative renormalization methods

Pion transfer form factor

QCD at finite temperature and density

QCD in extreme conditions

QCD Sum Rules

Quark-hadron duality

Relativistic heavy-ion reactions

Relativistic models of nuclear structure, hadron structure and their application to QCD

Small x physics and saturation phenomena

Software development and Optimization

Strong and electroweak interactions in the standard model

The QCD vacuum

Algorithm innovation

Chiral Perturbation Theory

Effective Field Theory

vs transverse lattice calculations

Exotic Hadrons

Experimental Results and Future Perspectives

Few-body problems on LC

Field theoretical approaches to QCD

Field theory at finite temperature and density

Hadron Properties from Lattice

Hadron Physics and strong decays

Hadron structure

Hadronic and quark matter - applications in astrophysics

Hadronic Distribution Amplitudes

Hadronic structure - reactions, production and decays

Hardware developments for lattice QCD

Heavy-light hadron systems on the lattice

High-precision thermodynamics

Lattice field theory

Lattice perturbation theory

Lattice QCD - methods and results

Light cone field theory

Non perturbative methods in quantum field theory

Non-perturbative renormalization methods

Pion transfer form factor

QCD at finite temperature and density

QCD in extreme conditions

QCD Sum Rules

Quark-hadron duality

Relativistic heavy-ion reactions

Relativistic models of nuclear structure, hadron structure and their application to QCD

Small x physics and saturation phenomena

Software development and Optimization

Strong and electroweak interactions in the standard model

The QCD vacuum

Name: World Academy of Science, Engineering and Technology

Website: https://waset.org/

Address: UAE