Physics has two perfect theories. Both are right. Both are confirmed by every experiment ever designed to test them. And they cannot be reconciled with each other. This is where The Unexplained begins - and it is only the first of nine impossible things. The universe runs on four fundamental forces - gravity, electromagnetism, the strong nuclear force, and the weak nuclear force. Each is calibrated to precise values.
Each governs a specific domain. Together they constitute a physics engine that produces stars, chemistry, planets, and life. Separate any one of them slightly from its current value and the universe fails. Physics has no explanation for why these values are what they are. In The Unexplained, D. R. Shockley takes the simulation framework built in The Unzip and applied to the dark universe in The Unseen, and turns it on the deepest unsolved problems in physics - the measurement problem, quantum entanglement, the speed of light, the arrow of time, the fine-tuned constants, singularities, and the holographic principle.
Each one is impossible from inside a non-simulated universe. Each one is expected from inside a simulated one. This is the third and final book of the Unknown Series trilogy. The Unzip proved the framework is coherent. The Unseen revealed the infrastructure. The Unexplained brings the verdict. The impossible things are not glitches. They are not gaps waiting to be filled by a better theory. They are the places where the simulation shows itself - the seams, the edges, the boundary conditions where the rendered layer ends and the underlying architecture begins.
Three books. Three domains of evidence. One conclusion. Once you know it, it can't be Unknown.
Physics has two perfect theories. Both are right. Both are confirmed by every experiment ever designed to test them. And they cannot be reconciled with each other. This is where The Unexplained begins - and it is only the first of nine impossible things. The universe runs on four fundamental forces - gravity, electromagnetism, the strong nuclear force, and the weak nuclear force. Each is calibrated to precise values.
Each governs a specific domain. Together they constitute a physics engine that produces stars, chemistry, planets, and life. Separate any one of them slightly from its current value and the universe fails. Physics has no explanation for why these values are what they are. In The Unexplained, D. R. Shockley takes the simulation framework built in The Unzip and applied to the dark universe in The Unseen, and turns it on the deepest unsolved problems in physics - the measurement problem, quantum entanglement, the speed of light, the arrow of time, the fine-tuned constants, singularities, and the holographic principle.
Each one is impossible from inside a non-simulated universe. Each one is expected from inside a simulated one. This is the third and final book of the Unknown Series trilogy. The Unzip proved the framework is coherent. The Unseen revealed the infrastructure. The Unexplained brings the verdict. The impossible things are not glitches. They are not gaps waiting to be filled by a better theory. They are the places where the simulation shows itself - the seams, the edges, the boundary conditions where the rendered layer ends and the underlying architecture begins.
Three books. Three domains of evidence. One conclusion. Once you know it, it can't be Unknown.
