Abstract

The Caldwell Dementia Super‑Stack v2.0 is a fully open‑hardware, builder‑ready, multi‑physics research ecosystem designed to simulate, measure, modulate, and stabilize synthetic glymphatic clearance, ocular transport, microbubble‑driven flow, and environmental resonance conditions using standardized phantom systems.

This upgraded v2.0 edition integrates twelve additional posted Caldwell inventions—each already available on TDCommons—into a unified, synchronized architecture that dramatically increases thermal stability, acoustic precision, environmental control, vibration isolation, microbubble consistency, DAQ clarity, and cross‑lab reproducibility.

The system combines:

  • CUDRE‑1.5 (glymphatic simulation),

  • CNG‑Loop v2.0 (environmental telemetry),

  • ACCS v5.0 (acoustic modulation),

  • Ocular Triad (posterior transport),

  • CRFG‑1R + Forgecell Prime (solid‑state thermal stability),

  • Arachne‑Chip ULTRA‑REAL (anisotropic thermal interposer),

  • Sentinel‑AV (vibration isolation),

  • Phoenix‑Water 2.0 (humidity/air particulate stabilization),

  • UAAP‑2.0 (adaptive acoustic routing),

  • VABR‑2.0 (microbubble generation),

  • ARG‑CM 2.0 (atmospheric resonance calibration),

  • FDMS‑1.0 (field‑dynamic mapping),

  • TAII‑3.0 (artifact removal),

  • Mechanic’s Battery 2.0 (solid‑state power),

  • URES/MMRA Resonant Energy Stack (vibration‑free excitation power).

All modules are cross‑referenced to their TDCommons postings, with brief descriptions of how each subsystem contributes to the Super‑Stack’s operation. The result is a maximum‑viability, zero‑proprietary, non‑clinical, laboratory‑ready research instrument that any university or independent lab can fabricate, assemble, calibrate, and test using standard machining, DAQ equipment, and openly available components.

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.

Download

Share

COinS