Front matter

Detailed Contents

Section-level outline, front and back matter, plates and figures.

Front matter

Chapters

  1. 01
    Riemann

    The Critical Line as a Diagnostic Ridge

    • The critical line as a diagnostic ridge
    • Montgomery–Dyson: zeros meet random Hermitian spectraempirical bridge to physics
    • Why the spine is arithmetic before it is physical
    • Reading Riemann (1854) as prior art for cortical geometry
  2. 02
    Brain

    Fractal Antenna & the Cosmic-Brain Mirror

    • The cortex as fractal antenna
    • Vazza & Feletti — spectrum, clustering, degreePlate: Cosmic Mirror infographic
    • What a resemblance across 27 orders of magnitude does and does not license
    • Plate A.1 — The Mirror of Scales
  3. 03
    Matter

    What ALS-U Is Actually Seeing

    • What ALS-U is actually seeing
    • Multi-bend achromat, diffraction-limited soft X-ray
    • MAESTRO: nano-ARPES and the correlation volume
    • Reading matter as substrate signal, not object
  4. 04
    SlipStream

    The Universal Substrate as Low-Friction Medium

    • Low-friction media as an ontological category
    • From superfluid analogy to conformal substrate
    • Why 'slipstream' is a load-bearing word here, not a decorative one
  5. 05
    Fluid-Wave

    DNA–Microtubule Handshake & the Silent Period

    • DNA–microtubule handshake
    • The silent period and coherence budgets
    • Petabyte convergence: Bartol/Sejnowski vs. Vazza
    • Figure: Petabyte Convergence
  6. 06
    Consciousness

    Beyond Apophenia · Proximity vs. Wiring

    • Beyond apophenia — the discipline of resemblance
    • Proximity vs. wiring as the crux of the mirror
    • What the H01 connectome (2024) does and does not settle
  7. 07
    LBNL

    The Luminous Braid — Companion Chapter

    • The Luminous Braid — companion chapter
    • ALS-U as epistemic instrumentFig. 7.1 — ALS-U coherent ring
    • QSA: algorithms · materials · instrumentationFig. 7.2 — QSA discipline triangle
    • Witness and caliper: two modes of reading the substrate
  8. 08
    Neuroplasticity

    The Reception Trained — Practice as Aperture

    • The reception trained — practice as aperture
    • BDNF, dendritic arbors, sleep and renormalizationFig. 8.1 — Trained aperture
    • Pivot to The Evolving Receiver

Back matter

  • ConclusionA Riemann Quantum Snapshot
  • Transitionfrom Riemann fluid mechanics to biological tensegrity
  • Codawhat has been shown, and what the sequel carries
  • Glossaryload-bearing terms, with pointers to chapters
  • Index of Termschapter-level index of the working vocabulary
  • Referencesat the foot of each chapter; shared library in src/lib/brain-universe-refs.ts