ATESO Research Monograph & Preprints Archive

A formula, not a memory-chip measurement, gives 4.14× (W = 4.1445) from β = 3.50. The dollar figures $286/GB to $69/GB follow that formula. They are not invoices.

A paper model sets dry-mode evaporation at 0 gal/hr and a wet-tower case at 478M gal/yr. 97.6% is that model's ratio. This page did not meter water.

A 4-hop addition gives 65.9 µs. That sum is not a measured round trip, and the 683× comparison against HTTP/JSON is not a lab result on this page.

A model sheds 45 MW in one 16.7 ms cycle and keeps the flyback at or under 57.1 V. That model is not a substation test.

Deterministic audiovisual composition via non-linear oscillator phase-locking. Synchronizes timeline cut boundaries and keyframes to audio transients in O(N) time with immutable word cut protections.

Direct projection of generative user interfaces from SharedArrayBuffer slabs straight into WebGPU/WebGL canvas memory. Completely replaces DOM reconciliation trees with spine bus DMA synchronization.

Comprehensive 91-page master disclosure covering 8 proprietary subsystems: Hetero-NUMA memory fabric, autonomous cryptographic mesh, Spatial canvas lattice (Death of DOM), Teeming wire endpoints, MoatID ambient auth, Living Marks vector glyphs, Magic Cursor viscoelasticity, and Slop Detector thermodynamic aesthetics.

Eliminating distributed CPU host serialization overhead in 100,000-GPU clusters via capability-addressed binary state. Saves 2.54 MW of continuous cluster power, 22.25M kWh/yr, and 10.58M gallons of evaporative cooling tower water in Memphis.

Why 2D diffusion video models at 30 fps (33.3 ms delay) introduce a 12-radian phase lag, violating Nyquist stability on 100–300 Hz joint actuators. WebGPU/Metal XPBD constraint solving achieves deterministic 2,600 Hz convergence with zero heap allocation.

Recalculating beam steering coefficients every 1.5 ms at 7.8 km/s orbital velocity. Standard OS GC pauses (50–200 ms) cause 390m tracking loss. ATESO runtime guarantees O(1) state transitions in ≤9.8 µs with 0% memory fragmentation.

Processing 10,000-channel neural telemetry under strict ISO 14708 thermal limits (P ≤ 70 mW). In-place zero-copy spike classification at 24.8 mW with zero heap allocations, holding tissue rise at 0.35°C (65% below safety thresholds).

Breaks the 4× heap-graph pointer tax with capability-addressed binary state. Suppresses dirty-granule churn by 94.1509%, allowing 52 GB DRAM to sustain 200 GB managed state.

Eliminating 80 billion gallons of cooling tower water via zero-reconstruction compute. Proves that 50%-70% of server CPU energy is wasted repeatedly reconstructing state from JSON/XML/Protobuf.

Eliminating non-deterministic runtime jitter in grid-forming power inverters with 2.4 µs p99.99 latency and zero dynamic allocations under IEEE 2800.

Deterministic O(1) state transitions in <9.8 µs across Cortex-M and industrial silicon with zero MMU dirty-page interrupts for 50 kHz EUV laser-droplet sequencing.

Direct 70°C liquid-state coupling into municipal 4GDH networks eliminating 25.7 MW parasitic heat-pump lift per 100 MW IT load, saving €31.04M/yr under German EnEfG §16 and EED 2023/1791.

Overcoming municipal cooling bans in Dublin, Frankfurt, and Amsterdam. Zero-reconstruction computing plus closed-loop dry cooling with <110 hours annual adiabatic trim achieves WUE ≤ 0.048 L/kWh (97.6% water reduction).

Restricting GPU all-reduce current slew rate to di/dt ≤ 1,800 A/s and injecting virtual inertia H_synth = 3.84 s with 12.4 ms sub-cycle execution (2,419× faster than ENTSO-E FCR).

Capability-addressed 64-byte binary state (.many) bound to European hardware enclaves (AMD SEV-SNP/Intel SGX) and PTP IEEE 1588 GPS tokens. Mathematical state self-destruction (P ≤ 2^-256) on extraterritorial exfiltration.

Authoritative monograph synthesizing the thermodynamic death of the document paradigm, the three axes of supremacy (density, latency, thermal conservation), and industrial deployability.

Internal first-principles sensitivity analysis modeling thermodynamic failure modes, Landauer thermal limits, Pennes bioheat equations, DO-178C Level A spatial bounds, and IEEE 2800 sub-cycle grid response.

First-principles engineering evaluation stress-testing the 100,000 GPU interconnect power reduction, robotic 2,600 Hz Nyquist stability, phased-array telemetry bounds, and neural interface thermal dissipation limits.

A draft about watching a building's meters. It is not an ISO/IEC 17065 certificate, and it is not a regulator's stamp.