I’ve been using the newest MacBook to create a series of images that I call “technology abstracts.” They are simple, yet quite powerful. They are a reflection of my interests in technology and I hope you enjoy them as much as I do.
Technology abstracts are a great way to express your interests in technology by creating images that are a mixture of abstract image types. For example, you can make a photo that shows the top of your head (a type of abstraction) with the bottom of your head (a different type of abstraction). Or you can make an image that shows the back of your head with the front of your head (another type of abstraction).
I will admit, this particular one was a little tricky. I wanted to make a photo of my own head that was abstract, but I also wanted to make sure that it was black and white, and that it didn’t look like I was wearing an invisible helmet. I ended up taking inspiration from this picture. You can see it in action in the next section.
The whole concept of abstraction is similar to what I’m talking about, except that it doesn’t just “look” like a picture of one other person, but rather looks like a photograph of a person.
If you think about it, abstraction is just a fancy way of saying “photographs” or “drawings.” For example, the world’s most famous photo was a large painting of someone’s head, done by the great Renaissance artist Michelangelo. If you look at the photo, you’ll see that a portrait of someone’s head is pretty much the same shape as a drawing.
The reason that an image is more abstract than a photograph is because there are other factors that affect how we see an image. For example, the distance in which we see an image influences how we see it, but there are other factors that also affect how we see an image. For example, the angle in which we see an image of a person influences how we see it, but there are other factors that also affect how we see an image.
The reason that a portrait of someones head is pretty much the same shape as a drawing is because there are other factors that affect how we see an image. For example, the distance in which we see an image influences how we see it, but there are other factors that also affect how we see an image.
We’ll be talking about this in much more detail in the next chapter and will be talking about the “image physics” that exists between us and an image. We’ll also be talking about how to handle the “imprint” in an image.
I’m going to talk about the image physics between us and an image in Chapter 8.
Image physics is the science of how we interact with the physical world. It is the study of how things move and behave in a particular way. We use image physics to understand how to make things move and how to make things behave in a particular way. This is the science of how the world works, or if you want to be more technical, image physics is the science of how our brains operate.
