High Caliber Academics

Here is the twenty-second episode of Quantum Foam, High Caliber Academics. We are advocating for attendance in school and in college. We want the highest quality academics. We are focusing on math here. We are using the best technology currently available. We are all on the same playing field here. We need people to read and to be self-taught. We are bogged down by search results. These days, we have the option to get a result from Artificial Intelligence. This is a half academic half comedy show. That is just the way this show is being done. I wanted to start with a more academic topic. There is no other way to get the information out. We need to become efficient with General Relativity. We are making the sound digital that comprise this show. Relativistically speaking, we know what we need to go over and what we still need to write up. We are using 10 episodes to be described as a decimal of this show. Each show is 30 minutes long. They went overboard with the high-level String Theory math. That's when the String Theorists just won't shut up. Some people have a better nurture than we had regardless how we were nurtured. People come up with String Theory math and are getting physics PHDs for this. There is a natural yin and yang with math and physics. Engineering is just Calculus-based physics. There are plenty of academic positions for individuals available in most places. There have only been a few large quantum leaps since the inception of science itself. The H-Wave function is being born. I hope that we are able to get to many of the topics on our list. General Physics is usually a 5-credit class that includes 1 credit of a physics lab. Is there a way that we can ameliorate the problems that are being brought forth? We should race to get a patent for this. The podcast show is available online NOW. Websites can get blocked, hacked, DDoSed. We need weaponized star drive technology. For now, let us attempt to bring academics up to the highest scholarly level. 0 to the zeroth power is equal to 1. This is an intermediate value. We are attempting to understand how to build and use a working difference engine. The derivative of e to the ax is ae to the ax. We can pull coefficients within some of these rules and rearrange them. In this episode, we go over some rules of Calculus that are handy in solving equations. We are interested in derivatives. There are proofs that prove the validity of these operational rules. There are other things we could get into such as advanced integration methods. We need to get into the habit of using vector calculations that can be used with this information. Differential equations are collections of various Calculus equations that need to be solved. This gets into more in-depth mathematics that gives us the specifications to do physics correspondence and call it doing High Caliber Academics.