New applications of matrices in physics
Beating the force of gravity, armed with the power of matrices. It sounds like complete nonsense, or is there something to it? We’ll look at … Read more
In this “gravity research ideas and inspiration” section, Beating Gravity features intriguing articles which happily describe controversial concepts:
These articles can serve as inspiration to come up with potentially gravity-beating ideas, or even actual gravity research ideas. We present mind-blowing concepts from a high-level perspective while we refer to other sources for more detail. The goal is not to explain things in detail. Instead, we aim to inspire science and set the stage for generating research ideas, or even engineering ideas, in a certain direction. The concepts we discuss range from proven scientific theories to much more speculative ideas.
The structure of most of the articles in this section is roughly:
It’s important to remember that the articles in this “gravity research ideas and inspiration” section are not scientific articles. Instead, we are looking for inspiration and allow ourselves creative freedom. We describe things high-level and in a casual style, in order to generate potentially gravity-beating ideas. If you want to know more about the Beating Gravity philosophy, make sure to also check our about and FAQ pages.
Ready to feel inspired or to simply join in the fun? Have a look at the articles in this section, listed below. Let’s take off!
Beating the force of gravity, armed with the power of matrices. It sounds like complete nonsense, or is there something to it? We’ll look at … Read more
What if we could cancel the force of gravity and fly upwards without effort? Or stand in midair among the clouds using anti-gravity technology? That … Read more
The phrase “Gravitational amplification” surely has a cool ring to it, but what do we mean with it? We’ll provide some background information and explanation … Read more
Let’s start with a definition: emergent phenomena are phenomena which feature collective behaviors or properties that cannot be observed by looking at their individual parts. … Read more