Does quantum physics prove that we can change the world?
Lately, I came across a theory that suggests the world may not be broken, but out of balance. And that humans might be more involved in this than we like to admit. This perspective was explored in depth by a largely overlooked thinker: Walter Russell (1871–1963). A name that is mentioned surprisingly rarely, even though the ideas behind it feel more relevant today than ever. Russell was not a classically trained physicist. He was self-taught, an artist, a thinker, a teacher. This mix is exactly what makes him interesting, because he did not only try to explain the world, but to understand it as a connected whole. One of his central works is The Universal One (1926). He also wrote The Secret of Light, Atomic Suicide?, and The Message of the Divine Iliad. In all of these writings, the same core idea appears again and again: the world is not made of dead matter, but of movement in fields, of rhythm, of balance. Russell described the universe like a breath: expansion and return, building up and breaking down, compression and release. For him, this was not a poetic metaphor, but a fundamental law of nature. Everything moves toward balance. When balance is disturbed, tension arises, and systems try to regulate themselves. For a long time, such ideas were seen as purely philosophical. But this is where it becomes interesting. Many things Russell described intuitively are now reappearing in modern science. In quantum physics, matter is no longer seen as solid substance, but as excitation of fields. Empty space is not nothing, but an active quantum field full of energy. In quantum chemistry, we see that reactions do not happen only mechanically, but are influenced by coherent states and field interactions. In quantum biology, it becomes clear that even living systems react very sensitively to subtle energetic processes. So the basic assumptions match: The world is organized in fields. Everything is connected. Order does not arise by chance, but through balance and rhythm.