Electromagnetism and Micro Electronics
Magnetism arises from two sources 1) Electric Current and 2) Spin Magnetic moments of elementary particles. Mostly effects of magnetism are seen in Ferromagnetic materials, which are strongly attracted by magnetic fields and which can become permanent magnet in a long exposition by magnetization. Iron, nickel, cobalt and their alloys are most commonly known ferromagnetic materials. Lodestone, a form of natural iron ore called magnetite is the first material in which permanent magnetism was found. There are many types of magnetic materials such as paramagnetic substances, diamagnetic substances and antiferromagnetic substances. But the force of these materials is too weak and can only be detected by laboratory instruments. The magnetic state depends on temperature, pressure and the applied magnetic field.
- Ferromagnetism
- Helimagnetism
- Antiferromagnetism
- Cerenkov radiation
- Electromagnetic radiation
- Microwave impedance measurement
- Microwave noise standards
- Microwave optics
- Microradiography
- Maser
- Terahertz imaging
Related Conference of Electromagnetism and Micro Electronics
7th World Congress on Emerging Trends in Science, Engineering and Technology
7th International Conference on Astronomy, Astrophysics and Space Science
Electromagnetism and Micro Electronics Conference Speakers
Recommended Sessions
- Acoustics
- Applied Physics
- Astrophysics and Cosmology
- Atomic and Molecular Physics
- Classical Mechanics
- Condensed Matter Physics
- Electromagnetism and Micro Electronics
- Experimental Physics
- High Energy Nuclear Physics
- Low Temperature Physics
- Many Body Physics
- Material Physics
- Mathematical & Computational Physics
- Medical Physics and Biophysics
- Nanoscale Physics
- Photonics, Optics and Lasers
- Plasma Physics
- Quantum Field Theory
- Quantum Technology
- Soft Condensed Matter Physics
- Theoretical Physics
Related Journals
Are you interested in
- Advancements in Photonics - LASER OPTICS 2024 (France)
- Bio and Medical Optics - LASER OPTICS 2024 (France)
- Fiber Laser Technology - LASER OPTICS 2024 (France)
- Laser Ablation of Polymers - LASER OPTICS 2024 (France)
- Laser System - LASER OPTICS 2024 (France)
- Nano and Micro Optics - LASER OPTICS 2024 (France)
- Nano Photonics and Bio Photonics - LASER OPTICS 2024 (France)
- Optical Communications and Networking - LASER OPTICS 2024 (France)
- Optical Engineering - LASER OPTICS 2024 (France)
- Optical Fiber - LASER OPTICS 2024 (France)
- Optical physics - LASER OPTICS 2024 (France)
- Optics and Lasers in Medicine - LASER OPTICS 2024 (France)
- Optoelectronics - LASER OPTICS 2024 (France)
- Quantum Photonics - LASER OPTICS 2024 (France)
- Quantum Science and Technology - LASER OPTICS 2024 (France)
- Session on Advances in Photochemistry: Controlling Light-Induced Reactions for Applications in Photovoltaics. - Physical Chemistry-2024 (France)
- Session on Advances in Spectroscopy: Unveiling Molecular Structures and Dynamics at the Atomic Scale. - Physical Chemistry-2024 (France)
- Session on Analytical Techniques: Pushing the Limits of Sensitivity and Selectivity in Chemical Analysis. - Physical Chemistry-2024 (France)
- Session on Chemical Kinetics: Unraveling the Rates and Mechanisms of Complex Chemical Reactions. - Physical Chemistry-2024 (France)
- Session on Computational Chemistry: Harnessing the Power of Supercomputers to Accelerate Discovery. - Physical Chemistry-2024 (France)
- Session on Electrochemistry: Exploiting Electrochemical Processes for Sustainable Energy Technologies. - Physical Chemistry-2024 (France)
- Session on Frontiers in Physical and Theoretical Chemistry: Emerging Trends and Future Directions. - Physical Chemistry-2024 (France)
- Session on Green Chemistry: Developing Sustainable and Environmentally Friendly Chemical Synthesis Methods. - Physical Chemistry-2024 (France)
- Session on Keynote Address: Exploring the Frontiers of Physical and Theoretical Chemistry in the 21st Century. - Physical Chemistry-2024 (France)
- Session on Materials Science: Designing Novel Materials for Energy Conversion and Storage Applications. - Physical Chemistry-2024 (France)
- Session on Molecular Modeling and Simulation: From Molecular Dynamics to Drug Discovery. - Physical Chemistry-2024 (France)
- Session on Physical Organic Chemistry: Investigating Structure-Activity Relationships in Organic Molecules. - Physical Chemistry-2024 (France)
- Session on Physical-Chemical Biology: Integrating Physical Principles into Biological Research. - Physical Chemistry-2024 (France)
- Session on Quantum Chemistry: Understanding Chemical Bonding and Reaction Mechanisms at the Quantum Level. - Physical Chemistry-2024 (France)
- Session on Reaction Mechanisms: Investigating Elementary Steps in Chemical Transformations. - Physical Chemistry-2024 (France)
- Session on Soft Matter and Nanotechnology: Manipulating Materials at the Nanoscale for Innovative Applications. - Physical Chemistry-2024 (France)
- Session on Supramolecular Chemistry: Designing Functional Molecular Assemblies with Tailored Properties. - Physical Chemistry-2024 (France)
- Session on Surface Chemistry: Probing Interfacial Phenomena and Catalytic Reactions at the Nanoscale. - Physical Chemistry-2024 (France)
- Session on Theoretical Approaches to Biological Systems: Simulating Biomolecular Structure and Function. - Physical Chemistry-2024 (France)
- Surface Enhanced Spectroscopy - LASER OPTICS 2024 (France)
- Technologies in Lasers, Optics and Photonics - LASER OPTICS 2024 (France)