This one is a little too personal for me to write in a blog post for the entire world to read, but I want to write about some basic things that are important to us. One of the most important things to us is our breath. When we breathe, we go through two different phases. The first is the phase of “breathing in,” which is our inhalation.
The second is the phase of breathing out, which is our exhalation. The difference between our inhalation and exhalation is the temperature of our breaths. For example, if we exhale at 90 degrees, then our exhale is 90 degrees higher than our inhalation. When we exhale, our breath cools down. If we inhale at 90 degrees, then our inhalation is 90 degrees higher than our exhalation.
Cooling down is what happens to your body when you inhale and exhale. The difference between your inhalation and exhalation is the temperature your breath cools down. This is why it is important to exhale and inhale at the exact same temperature, otherwise you’ll end up breathing twice as fast.
Imagine you are sitting at the beach on Deathloop’s party island. Your party-loving body is at 90 degrees, your brain is at 80 degrees. If you tried to exhale and inhale at 90 degrees, you would end up at 120 degrees, which is far too hot for comfort. So you inhale and exhale at 80 degrees. This is a little cooler, but not cool enough to be comfortable.
That’s why we exhale and inhale at 90 degrees. This is what zeroth law of thermodynamics says about the behavior of our bodies and brains. Just as a fridge needs to turn on when you’re hungry, our brains need to turn on in the heat of the moment. Our bodies aren’t exactly designed for that, but that’s what we need to do.
That said, we are in the middle of a time-loop. We need to know what we’re doing and how our brains are doing it. If we don’t know, how is the brain doing the brain? That’s really not a good question.
What we need to see is how our brains are doing what our brains were trying to do. In this case, our brains were trying to inhale at 90 degrees. We need to see how our brains are doing in the heat of the moment. We need to see what our brains are doing and how they are doing it. In a time-loop, we are stuck repeating the same actions over and over. We cant change it, but we can learn to do it better.
This is the one thing that a lot of people have trouble with. We are in a time loop, and we are stuck repeating the same actions over and over. The problem is, we cannot change it. We can only learn to do better at that moment! The best way to do this is to imagine what our brain was trying to do when it was trying to inhale at 90 degrees. We need to see how our brain was doing it. Then, we can change it.
That’s what thermodynamics is all about: learning to do better. The thing is, as our brain is trying to make the first mistake, we are trying to do the exact same thing. That means our brain is trying to try to avoid the same mistakes over and over. It’s like we are trying to avoid the same mistakes over and over, but every time we do, it ends up making more mistakes.