Applied Physics: Bridging Theory and Practical Innovation, Slides of Physics

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Applied Physics

Presented by: Abigail Atiwag

Applied physics is a branch of physics that focuses on the practical application of physical principles to solve real-world problems and develop technological innovations. It involves the study of fundamental concepts from physics and their application in various fields such as engineering, medicine, technology, materials science, and environmental science. Here are some key topics in applied physics:

Mechanics and Materials

Fluid mechanics : Study of fluid behavior, including fluid

dynamics (flow of liquids and gases) and fluid statics

(buoyancy, pressure, and hydrostatic forces).

Thermodynamics and Heat Transfer

Thermodynamics : Study of energy transfer and transformation

in physical systems, including laws of thermodynamics, heat

engines, entropy, and thermodynamic cycles.

Electromagnetism and Electronics

Electromagnetic theory : Maxwell's equations, electromagnetic waves, electromagnetic fields, and applications in electromagnetic devices, antennas, and communication systems.

Electromagnetism and Electronics

Electronics : Design, analysis, and optimization of electronic circuits, semiconductor devices, digital systems, and microelectronics for applications in computers, sensors, telecommunication, and consumer electronics.

Acoustics and Sound Engineering

Acoustics : Study of sound waves, propagation, resonance,

acoustical properties of materials, and applications in

architectural acoustics, noise control, and ultrasonics.

Acoustics and Sound Engineering

Sound engineering : Design and optimization of audio systems,

speakers, microphones, recording equipment, and acoustic

environments in music production, broadcasting, and

entertainment.

Nuclear and Particle Physics

Particle physics : Study of subatomic particles, fundamental forces, particle interactions, and high-energy physics experiments (e.g., colliders) to explore the fundamental nature of matter and energy.

Applied Quantum Mechanics

Quantum mechanics applications : Quantum computing,

quantum cryptography, quantum sensors, quantum

optics, and quantum information processing technologies.

Biophysics and Medical Physics

Biophysics : Study of biological systems using principles of

physics, including biomechanics, bioelectromagnetism,

biomaterials, and biophotonics.

Biophysics and Medical Physics

Medical physics : Application of physics principles in medical imaging (X-rays, MRI, ultrasound), radiation therapy, diagnostic techniques, medical instrumentation, and healthcare technology development.

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