TAILIEUCHUNG - Lecture Physics A2: Quantum Nature of Light (Quantum Optics) - PhD. Pham Tan Thi

Lecture Physics A2: Quantum Nature of Light (Quantum Optics) - PhD. Pham Tan Thi present the content wave characteristics, electrically charged particles and electromagnetic waves, effect on electric charges, accelerated charges (electrons, protons) produce, . | Quantum Nature of Light Quantum Optics Pham Tan Thi . Department of Biomedical Engineering Faculty of Applied Sciences Ho Chi Minh University of Technology Courtesy of N. Brunner and J. Simmonds Light behave like a wave or a particle This is called the duality of the behavior of light Wave Characteristics Electrically Charged Particles and Electromagnetic Waves Electrons have - charge Protons have charge Both have electric fields - attract and - repel The changing position of a charged particle creates waves called electromagnetic waves The electromagnetic waves travel through empty space eventually interacting with a distant charged particle. Visible light is an electromagnetic wave. Magnetism Effect on electric charges Moving electric charges also produce magnetic fields. Example electric current passing through a coil. Another interesting example the Earth magnetic field is produced by the spinning of charges in the liquid metal core of the Earth. Conversely magnetic field force charged particles to move Accelerated Charges electrons protons Produce Ripples in the Electromagnetic Field An electromagnetic wave is composed of two oscillating fields and electric field and a magnetic field perpendicular to each other Antenna receives electromagnetic signal from TV station Wavelength of Electromagnetism means COLOR The Temperature Scale Conversion from wavelength energy to temperature The scale mostly used in sciences physics and astronomy is Kelvin. The unit is Kelvin K . Thermal Radiation The fundamental sources of all electromagnetic radiation EMR are electric charges in accelerated motion. All bodies emit electromagnetic radiation as a result of thermal motion of their molecules. This radiation called thermal Reference radiation 1 of different is a mixture wavelengths. Reference 2 Thermal radiation is emitted by all objects An electric heating element emits primarily infrared radiation. But if its above absolute zero but some temperature is high enough

• Vật lý
• Lecture Physics A2
• Bài giảng Vật lý A2
• Quantum nature of light
• Quantum optics
• Electromagnetic waves
• Wavelength of electromagnetism
• Bài giảng Vật lý đại cương A2
• Vật lý đại cương A2
• Atomic physics
• Hydrogen atom
• Metal atoms
• Angular momentum
• Orbital angular momentum
• Orbital magnetic momentum
• Zeeman effect
• Nuclear physics
• Nuclear components
• Binding energy
• Nuclear force
• Nuclear reactions
• Quantum mechanical atomic theory
• Schrödinger Equation
• Energy degeneracy
• Magnetic resonance imaging
• Nuclear binding energy
• Radioactive decay
• Nuclear models
• Nuclear energy
• Electron diffraction
• Matter wave interference
• Heisenberg uncertainty principle
• Schrödinger equation (SEQ)
• Simple Harmonic Motion
• Physical Pendulum
• Damped Oscillations
• Driven Oscillations
• Mechanical waves
• Sound Wave
• Wave motion
• Electromagnetic radiation
• Electromagnetic fields
• Maxwell’s equations
• Plane electromagnetic waves
• Wave equation
• Optical path length
• Malus’s theorem
• Conditions for interference
• Thin film interference
• Diffraction grating
• X ray diffraction
• Huygens’s principle
• Single slit diffraction
• Thermal radiation
• Equilibrium thermal radiation
• Laws of blackbody radiation
• Quantum mechanics
• Heisenberg’s uncertainty principle
• Matter wave
• De Broglie’s hypothesis
• Discrete atomic emission line
• Schrodinger equation
• Tunnel effect
• Classical mechanics
• Elementary particles
• Fundamental fermions
• Fundamental bosons
• Special relativity
• Einstein’s postulates
• Lorentz transformation
• Lorentz velocity transformation
• Equilibrium position
• Angular frequency
• Simple harmonic oscillation
• Oscillation frequency
• Electromagnetic field
• Maxwell’s equation
• Ampère’s law
• Faraday’s law
• Gauss’s Law
• Magnetic fields
• Magnetic field lines
• Magnetic force
• Semicircular conductor
• Vector form of torque
• Single oscillating wave
• Inequal intensities
• Superposing sinusoidal waves
• Transparent materials
• Hyugen’s principle
• Weak diffraction
• Fraunhofer diffraction
• Einstein’s special relativity
• Reference frame
• Inertial frame
• Twin paradox
• Diffraction of light
• Wave particle duality