... hopefully we're heading in the right direction.
The article is a bit shallow as it doesn't deal with the most important aspects of cancer: hematogenic and lymphatic dissemination as well as the different types of tissue-invasion. Cancer is not that simple of a disease since it drags along tons and tons of complications. Theoretically, any type of neoplasm can be cured as long as it's discovered on time. And even IF these malignant cells are being killed it would probably end up leaving massive scar tissue.
A bit too optimistic.
Anyway, don't want to be a dullard, so here's a full 3D rendering of the human body:
https://www.biodigitalhuman.com/home/
Better than 99% of all atlases out there.
Lagrangian
Highlight of 2012 (Pre-reqs: Classical Mechanics (Functional calculus based), some notion of Quantum Mechanics)
Abstract: We discuss a quantum counterpart, in the sense of the Berezin-Toeplitz quantization, of certain constraints on Poisson brackets coming from "hard" symplectic geometry. It turns out that they can be interpreted in terms of the quantum noise of observables and their joint measurements in operational quantum mechanics. Our findings include various geometric mechanisms of quantum noise production and a noise-localization uncertainty relation. The methods involve Floer theory and Poisson bracket invariants originated in function theory on symplectic manifolds.
