Solving the Theory of Everything's Equations: A Layman's Guide

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The discussion focuses on the process of developing the Theory of Everything's equations, emphasizing the need to establish foundational equalities before solving them. It highlights that once an equation is identified, such as F = ma, it can be applied to various scenarios to make predictions. The conversation also notes the practical applications of established equations like Schrödinger's and Einstein's, which have led to advancements in technology and space exploration. The importance of formulating questions to guide the search for answers is reiterated. Understanding these equations is crucial for predicting and explaining physical phenomena.
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Can someone explain to me in layman's terms what physicists mean when they say, "first we need to find the equations of the Theory of Everything, then we'll spend years solving them and predicting things etc".

How do you come up with an equation that isn't solved yet?

thanks.
 
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You have to have a question before you can have an answer.

It all starts with finding an equality, then solving for the equality.

You find an equation like F = ma, then you solve for different scenarios.

srfriggen said:
makes sense. Could you elaborate a little more? (maybe less layman's terms :) )
Then you can send rockets to the other planets with predicted trajectories.

Other equations like Schrödinger's equation has allowed us to create objects such as the semiconductor and laser that allow you computer to function.

Einstein's equations for gravity allow for advanced satellite operations.
 
LostConjugate said:
You have to have a question before you can have an answer.

It all starts with finding an equality, then solving for the equality.

You find an equation like F = ma, then you solve for different scenarios.

makes sense. Could you elaborate a little more? (maybe less layman's terms :) )
 
So I know that electrons are fundamental, there's no 'material' that makes them up, it's like talking about a colour itself rather than a car or a flower. Now protons and neutrons and quarks and whatever other stuff is there fundamentally, I want someone to kind of teach me these, I have a lot of questions that books might not give the answer in the way I understand. Thanks
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