Physics & Engineering: Difference between revisions

Revision as of 10:54, 12 April 2024

The study of how the world works at a fundamental level.

Theory of space and time, either not or in the influence of gravity.	Relativity
Orbital mechanics - the theory behind the paths followed by moving objects in curved spacetime.	Orbits
Study of fundamental particles and interactions that make up matter & radiation -- up to nucleons.	Particle Physics
On nuclear matter (prominently atomic nuclei); its interactions and what makes up the stuff.	Nuclear Physics
Ahh, thermodynamics.	Heat
Certain behaviors & phenomena of nature which appear noticeably at atomic and subatomic scales.	Quantum Physics
Fringe theories, paraphysics (e.g. psionics): literary overview, advice, possible justifications.	Wacky

Applications of physics -- technologizing physics for our own goals & designs.

Speculative applications of relativity: click here for wormholes, warp drives and the like.	Metric Engineering
It's not hard.	Rocket Science
Developing technologies at the nanometer scale (1 nm - 999 nm).	Nanotechnology
Robotics and mechatronic engineering is covered here - how to make these nifty things.	Robotics
Applications of nuclear physics - power reactors, medicinal, weapons - and more.	Nuclear Engineering
Fans of radiators -- navigate here!	Heat Management
Applications of Materials Science. Also, speculative materials e.g. monopoles.	Materials Engineering Anomalous Materials
Antipeople and Antimateriel Engineering	Weapons

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 | style="padding:2px;; border-color:; background-color:; color:; height:100%;" | <div style="background-color:#2986cc; border-style:solid; border-width:1px; padding:10px; height:100%;"><div style="font-size:120%">[[Physics]]
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-The study of how the world works -- the nature of everything in the world.
+The study of how the world works at a fundamental level.
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