The question of “why” is one that I come away with time and again.
Because of the way in which our brains are wired, it’s pretty easy to forget that the brain is actually a physical system. It’s a collection of billions of little cells, each with its own job in the body. When one cell dies, another cell is born, which in turn can cause the death of another cell. The brain is just the physical manifestation of this system, and with it the brain is actually capable of being very complex.
You can think of physics as a system that is constantly changing. This is what makes it so hard to understand, but understanding is really what makes it possible to change what it is. You have to understand that the brain is actually a physical system. Then you can change it. So when you start thinking of physics as just a system that is constantly changing, you can start to understand the importance of things like “thinking” and “self-awareness.
We’re currently exploring a lot of physics concepts in our new game, Minds on Physics. As many of you may recall, the first game we made was called Minds on Physics and that was the inspiration for this. At the time we were trying to make a game that was a little different from our other games, so we were trying to make our game more playful and less serious. But we didn’t want to make our first game that serious.
This is what we found interesting about the physics aspect of Minds on Physics. You may remember our game’s tagline was “You have to think to make a game.” That said, we didnt really think we had to think about physics, but it was a pretty big deal nonetheless.
The physics we are modeling in Minds on Physics are really simple, but it was still a pretty big deal to us. The reason why is because Minds on Physics has a pretty serious topic. We are attempting to explore the idea of what happens when you stop thinking and start thinking. We are trying to make a game that is more about our brains than it is about other people.
We have a lot of respect for physics. This is because it is a key part of how everything comes together. At the very least, you can say that our game is more about the physics of how your mind works. We are not really concerned with the physics of people’s shoes.
The game is a “simulation” of how our brains function, and it can be a bit tough to tell what that means. We aren’t doing it to be a physics game. We’re doing it because we believe it will help us with our project.
The problem is, you can’t really play a game of this nature without first learning about the physics of the human body. The other problem is that physics is really complicated. We have lots of different variables and so it’s hard to understand what a human is doing in a given situation. Even more difficult is that every single person has a different point of view on how the world functions, and so a simulation of physics is not a simulation of every single point of view.
For example, you can never really be a robot because a human body is composed of many different parts (bones, muscles, etc.), and there are various ways to split the body into several units (for instance, a human is composed of 10 bones, but a robotic body is always composed of just four). There are also many different ways to break into a human, and that’s because we have so many different ways of splitting our bodies.
