Lessons In Twisted Logic From A Millennial Regressivist
I find a lot of contradictions in life that I prefer sharing in the rudest, most G-rated way possible.
Wednesday, October 21, 2026
Conviction
Do Republicans Ignore Obligations the Rich Possess?
Tuesday, October 20, 2026
Rigid vs Flexible - In Physical Structures and Civilizations
A building can't be too rigid or too flexible in order to stand for a long period of time. If it's too rigid without any give whatsoever, a traumatic event like an earthquake will take it down. But even though it needs some flexibility, it needs MUCH more solidarity or it won't be able to stand at all.
I think the same thing applies to civilizations. They need a little give to be able to adapt to traumatic events, but they need far more of a rigid structure than a flexible one to stand for long periods of time. Rigid with some flexibility rather than flexible with some rigidity.
A Small Tribute to Yitang Zhang
Got to have respect for a guy who makes a huge breakthrough in prime gaps even though at one point he had to leave academia to work in a Subway sandwich shop. Talk about being overqualified. I guess you never know who is behind that counter when you order.
Mr. Zhang, let this post be a small acknowledgement of your amazing accomplishments. I wish you well going forward in your career and life.
Monday, October 19, 2026
A Conundrum
Moral absolutism is unverifiable, moral relativism is inconsistent, and moral nihilism is worthless.
Perpendicular Motion - The Key to Maxwell's Equations?
I remember I had somewhat of a difficult time trying to get the last two formulas in Maxwell's equations to make sense to me. Then one day I stumbled upon some physics textbook I found in the UHCL library that made something in my brain click. I reviewed the book on Amazon, but unfortunately I can't remember the name of the book at the moment.
I believe the book first mentioned how magnetic poles on a pair of magnets either attract or repel each other. But both do so more or less linearly. If you put an electric charge and a magnetic charge close to each other, the outcome is quite different. Instead of attracting or repelling each other linearly, the motion of one is almost perpendicular as the other approaches.
This clarified the whole circular motion in Maxwell's equations for me. Immediately the curl operation made sense, because before I was exposed to this idea it just seemed like an arbitrary operation in vector calculus.