The digital collection is the actual research output of the Golden Physics Project, sold as PDFs you download the moment you buy. These are not textbook summaries or reformatted lecture notes — they're original papers and author's notes by a working independent physicist. That means some of them are demanding. Here's an honest map of what's there and who each piece is for.
The Free Will Solution
The flagship. A focused argument that free will is not contradicted by physics — that it emerges, in a specific and derivable way, from quantum indeterminacy. It's written to be read by someone with a serious interest in the question, not necessarily a physics degree, though it doesn't shy away from the physics where the physics matters. Available as a digital PDF edition. If you've ever argued about free will at a kitchen table and walked away unsatisfied, start here.
The author's-note paper packages
The heart of the collection is a set of paper-plus-author's-note packages, each tied to a specific piece of research. The author's note is the part you won't find in a journal: the plain-language story of what the paper is trying to do, why it matters, where it came from, and what's still uncertain. The paper itself is the formal work. You get both, so you can read the note to decide whether you want to wade into the paper.
The topics span the program: quantum field theory axioms, the Yang-Mills mass gap, several attacks on the Riemann Hypothesis (as unitarity, from Plancherel on the Grassmannian, from an arithmetic scaling boundary), the BSD conjecture, celestial holography, twistor theory and the googly problem, dark energy, the cosmic dipole anomaly, and more. A few highlights worth knowing about:
- QFT Axioms — foundational, sets up much of the rest.
- Yang-Mills Mass Gap — one of the Millennium Prize problems.
- The Riemann Hypothesis as Unitarity — a physics-flavored angle on the most famous open problem in mathematics.
- Cosmic Dipole Anomaly — for the cosmology-minded.
Each package is a small, self-contained read. Difficulty varies a lot: the author's notes are broadly accessible to a motivated reader, while the papers themselves range from graduate-level to research-level. Buy a single note on a topic you care about before committing to more.
The complete bundle
If you'd rather have everything, the Complete Research Paper Bundle collects the papers in one purchase, and the Complete Golden Physics Collection adds the monograph and personal reflection on top. Both are the economical route if you already know you want the full program rather than a single thread.
Who this collection is for
It's for the curious technical reader: the engineer who never stopped reading physics, the graduate student looking for unconventional angles, the mathematician curious about physical approaches to number theory, and anyone who likes following one person's sustained attempt to make sense of hard problems. It is not a textbook and won't teach you the subjects from scratch — it assumes you bring some background or are willing to chase references. What it offers instead is something textbooks can't: original ideas, argued in the open, with the author telling you exactly what he thinks and why. Browse the full set in the Digital Downloads collection.