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Welcome To
International Conference on

Atomic, Molecular and Optical Physics

THEME: Moving to Master Physics at Atomic Level
WEBINAR: International Web Conference
November 04-05, 2020
CONFERENCE: Paris, France

Atomic Physics 2021 cordially invites participants from all over the world to attend “International Conference on Atomic, Molecular and Optical Physics” which will be held during November 04-05, 2020 at Paris, France is an international event, attracting global participant’s intent on sharing, exchanging and exploring new avenues of Atomic, Molecular and Optical Physics and latest developments. The event will have 5-6 world level Highly cited class Plenary speakers, established Keynote speakers, active Invited speakers and fresh contributed speakers. In addition, type of poster presentations together with workshops and special sessions would have an interest in audience.

The core topic which will be covered in AMO physics in our quantum physics conference includes research in atomic and molecular properties of matter. In this physics conference lays a platform for researchers to present their research and form a network with the peers in their respective fields. Applications of AMO physics in several technologies like fibre optics, fusion reactors, quantum computers, lasers and materials science are covered during this session.

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Atomic Physics

Atomic physics studies about the atoms which isolates the system of electrons and an atomic nucleus. This deals with the properties of atoms, which are mostly due to their electron configuration. Atomic physics is mostly concerned with electrons encircling the nucleus of an atom. It has led to vital applications in medicine, lasers, communications, etc. and similarly providing a testing ground for Quantum Theory, Quantum Electrodynamics and its derivatives.

Quantum physics

Quantum physics also known as quantum mechanics which includes the quantum field theory is a division of physics which describes the nature at the minimum scales of energy levels of subatomic particles and atoms. Quantum physics can release the separate performances of the subatomic particles that consists all forms of matter (electrons, protons, neutrons, photons, and others). Heavy nucleus which contains hundreds of nucleons is treated as a quantum-mechanical one.

Atomic and Molecular Astrophysics

Atomic Astrophysics implements atomic physics calculations which use atomic data for reading astronomical observations. Atomic physics plays a main role in the arena of astrophysics because the astronomers get the information about any particular object through the emitted light, as this light will arise through the atomic transitions. Molecular Astrophysics studies about the emission of molecules which are in space. The molecules which are having more number of observable transitions are nearly 110 interstellar molecules.

Atomic collisions

Atomic collisions are elementary collisions that occur between two atomic particles such as atoms, molecules, electrons or ions. This kind of collisions is two types, they are elastic collisions and inelastic collisions. In an Elastic collision the total energy remains the same before and after the collision, where the directions of motion of the particles are transformed and the kinetic energy is merely distributed among the particles. In an Inelastic collision the internal energy of the colliding particles will change where these particles go through transitions to different energy levels and the electronic state of an atom or a molecule is changed.

Atomic spectroscopy

Atomic spectroscopy studies about the electromagnetic radiation absorbed and emitted by atoms. In the purpose of elemental compositions the electromagnetic spectrum or mass spectrum is applied that can be distributed by the type of spectroscopy used or with the atomization source. For regular use the technology of atomic spectroscopy has generated three techniques such as Atomic Absorption, Atomic Emission and Atomic Fluorescence. The transitions involve the relaxation and excitation of the outer or bonding shell electrons of metal ions and atoms and the corresponding photons have energies inside the visible regions of the spectrum and ultraviolet. A decent instance of this is the dark absorption lines in the solar spectrum

Laser-Atomic physics

Laser stands for Light Amplification through Stimulated Emission of Radiation. The physics of an atom laser is similar to that of an optical laser and the main difference between an optical and an atom laser is that atoms interact with themselves, cannot be created as photons and retain mass whereas photons do not. Key applications of the atom laser are atom holography and atom interferometry.

Cold Atoms and Molecules

Cold atoms are that are maintained at the temperatures close to zero Kelvin typically below the temperatures of some tenths of microkelvins (µK). The atom's quantum mechanical properties become important at these temperatures. Cold molecules suggestion exciting properties on which new operational principles are to be based or that may allow the researchers to study a qualitatively new behaviour of the matter for e.g., Bose-Einstein condensates structured by the electric dipole interaction. To reach such low temperature combination of several techniques are used such as atoms are usually trapped and pre-cooled using the laser cooling in a magneto-optical trap technique.

Nano Engineering and Technology

The Nanomaterial with diameter <100 nm can be used to reduce the size of data processing parts of most usable devices such as cell phones and lap computers. Nanotechnology is used for renewable energy as the efficiency of the photovoltaic (PV) solar cells was increased by Nanotechnology, while their manufacturing and electricity production costs were reduced at a record rate.

  • Nano Technology for Solar power collection
  • Energy efficiency through Nano Technology
  • Energy Applications of Nano Technology
  • Nano Fuel Cells - Energy Storage
  • Contribution towards Energy solutions

 

Theoretical physics

Theoretical physics is a division of physics that employs mathematical models and abstractions of physical objects and systems to streamline, explain and predict natural phenomena. This is in divergence to experimental physics, which uses experimental tools to probe these phenomena.

  • String theory
  • Theoretical high energy physics
  • Lattice gauge theory
  • Modern physics
  • Particle and nuclear theory
  • Astrophysics and cosmology
  • Mathematical physics
  • Knot theory and Topology

 

Condensed matter physics

Condensed Matter Physicists study how matter arises from an enormous number of interacting electrons and atoms, and what physical properties it’s as a result of these interactions. The field of condensed matter physics discovers the macroscopic and microscopic properties of matter. The main attention is waged to physics of solid, liquid and, phase equilibria, amorphous systems and phase transitions, electric, magnetic, thermal, structural and optical properties of condensed matter Physics.

  • Condensed matter theory
  • Study in condensed matter physics through scattering
  • Numerical analysis & modelling in condensed matter physics
  • Experimental condensed matter physics
  • Plasmionics
  • Theoretical models
  • Study of matter through scanning tunnelling microscope

 

Photonics, Optics and Laser technology

The term photonics was first developed as an outgrowth of the sensible semiconductor light emitters. It is the science which belongs to physics department which provides the assumed of sunshine (photon) generation, detection and manipulation through various processes like transmission, emission, signal processing, modulation, amplification, switching and sensing.

  • Fibre optics components, equipment and systems
  • Optics for astronomy
  • Optical manipulation techniques, spectroscopies, and scattering techniques
  • Lasers and semiconductors
  • Adaptive optics
  • Optical instrumentation
  • Optical fabrication
  • Optics in astronomy and astrophysics
  • Integrated photonics
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  • Track 1 : Atomic Physics
  • Track 2 : Quantum physics
  • Track 3 : Atomic and Molecular Astrophysics
  • Track 4 : Atomic collisions
  • Track 5 : Atomic spectroscopy
  • Track 6 : Laser-Atomic physics
  • Track 7 : Cold Atoms and Molecules
  • Track 9 : Theoretical physics
  • Track 10 : Condensed matter physics
  • Track 11 : Photonics, Optics and Laser technology

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Organizing Committee

Roman Maev

Roman Maev

Professor

University of Windsor, Canada

Douglas Borchman

Douglas Borchman

Professor

University of Louisville, USA

Helmut Durchschlag

Helmut Durchschlag

Scientist

University of Regensburg, Germany

Leo G Sapogin

Leo G Sapogin

HOD

Technical University, Russia

Xuefeng Guo

Xuefeng Guo

Professor

Peking University, China

Haoran Ren

Haoran Ren

Research Fellow

Ludwig Maximilian University of Munich, Germany

Vladimir Netchitailo

Vladimir Netchitailo

Professor

Chief Laser Physicist , USA

Tian Cui

Tian Cui

Director

Jilin University , China

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