Wow. How new is this? I haven’t read anything like this before. Supertranslation is a pretty ingenious way to look at the information paradox. Very clever.
person B talks to person A about how he is wrong about belief X and belief Y is correct.
In this situation, person A reacts physically in the same way a person who is put in fight or flight situation, and it is because of this reaction that people respond with violence when their core beliefs are attacked.
I watched the start of Chapter 2. Chapter 1 was called “God in the Neurons” so I thought, nah.
I don’t think it’s a good documentary.
For people who do know quantum mechanics, the video is shallow. It’s all arbitrary statements without explanations, you just say “oh in quantum mechanics, things are like this and like that…” without any reference to the math, which is what quantum mechanics really is: quirky math that you never would have thought would apply to the real world, but it does.
For people who don’t know quantum mechanics, the video is vague. Quote from video: “The mathematical formulations are abstract and the implications are often non-intuitive.” No shit, you could very well say that about any kind of fucking math.
All of the video’s lines and dialogue are generalizations that won’t make sense if you don’t know QM, and are simply dumb if you do. No one learns anything.
At the end of the first ~10 mins of Chapter 2, the video puts forth an equation: C = hf, where C is consciousness (lol?!!?!). I stopped watching.
You need a certain level of intellect to completely understand quantum physics. It has been proven for a long time that the universe is one object. All things are connected and existence itself is God who created itself. All matter is energy/vibration derived from silence/the void at varying density levels. There is no such thing as separation. People like Albert Einstein and Nikola Tesla have proven that all is God. Many other physicist like Michio Kaku have proven this as well. Go do you own research and decide for yourself. Go dig up knowledge on the internet or library. All the knowledge is out there if you look. Keep an open mind and open heart but have proper discernment. Don’t let any authority tell you how it is no matter how much they tell you they are right. Look up the “measurement problem” and figure out why that problem is there. The answer to the problem is actually very simple. Simplicity is key to answering anything in life.
Consciousness is another name for The Void = Pure Energy. Consciousness is the observer and transformer of vibration = moving energy. Consciousness is your own mind or self awareness that is connected to the universal consciousness of all material existence.
Pure energy cannot be destroyed, it can only transform. All is pure energy according to quantum physics therefore pure energy or consciousness is everywhere and eternal. Pure energy via it’s definition is equal to God.
If you have not realized that all is God, you simply don’t understand quantum physics and you will likely not understand me.
Well something being able to be two places at one time or something being at one place and then instantly at another, and the necessity of a probability based model for quantum mechanics doesn’t really sound like an interesting watch when you start digging into the math. But C=consciousness??? Kill yourself.
does quantum physics heavily involve complex analysis? I just finished a 2 quarter series of complex analaysis and fell in love with it. If quantum level math involves a heavy use of complex then I’d be interested in dabbling in it.
Not as much as you’d hope. We always work in complex spaces, but we don’t get to use much of the nifty shortcuts like calculus of residues and contour integration. Much of the complex analysis in quantum mechanics will only ever be complex conjugating things to get the norm. You’ll be working with complex exponentials all the time, though, so you’ll be able to use some of your intuition in manipulating complex expressions.
If there’s one field that quantum mechanics uses the most, it’s solving second-order differential equations (both ordinary and partial). It’s also only in quantum mechanics that I’ve experienced working very deeply with operators and their nuances.
Like with the comet mission, it’s quite remarkable how these scientists can initiate intricate maneuvers at such vast distances. So many factors to account for, so many moving parts…
I’ve done quite a bit of math on orbital mechanics myself so I should have known how hard space travel is, but I never truly appreciated it until I played Kerbal Space Program lol