(2024-06-16, 08:50 PM)David001 Wrote: Those examples don't use any very advanced physics. That is part of the problem. Developments in physics used to generate new devices. I think physics that produces new 'stuff' is far more likely to be reliable than physics that just produces new papers. That is obviously nobody's fault, but it is a modern problem
David
I would argue those applications require very advanced physics, but maybe your mileage may differ
Modern Electronics
Quantum Mechanics: Understanding the behavior of electrons in semiconductors.
Solid State Physics: The study of how electrons and other particles are arranged in solids.
Electromagnetism: Principles governing electric and magnetic fields and their interactions.
Statistical Mechanics: Helps in understanding electronic properties and behavior at different temperatures.
Satellites for GPS and Communication
General Relativity: Essential for correcting the time dilation effects due to gravity on GPS satellites.
Electromagnetic Theory: For designing and understanding satellite communication systems.
Orbital Mechanics: Principles governing satellite orbits and their dynamics.
Signal Processing: Techniques for managing and interpreting the data transmitted and received by satellites.
Airplanes
Aerodynamics: Study of the behavior of air and how it interacts with solid objects, such as airplane wings.
Fluid Dynamics: Understanding the motion of air around the aircraft.
Structural Mechanics: Principles of material science to ensure the structural integrity of the airplane.
Thermodynamics: Essential for understanding the engines and propulsion systems.
Nuclear Power
Nuclear Physics: Fundamental principles of nuclear reactions and radioactive decay.
Quantum Mechanics: Understanding particle behavior at atomic and subatomic levels.
Thermodynamics: Principles governing heat transfer and energy conversion in nuclear reactors.
Radiation Physics: Understanding the behavior and effects of ionizing radiation.
Material Science: For the development of materials that can withstand high radiation and temperatures.
I admit I don’t know of any applications of quarks - I don’t care whether they exists or not, but I'm afraid that until someone invents the perpetual motion machine there's no reason to take the idea of nuts&bolts aliens hidden in the american basement too seriously.