Root Digit research library
Public, versioned studies built around quantitative models, reference architectures and explicit technical limits.
These papers inform engineering decisions. They are not certifications, regulatory approvals or substitutes for system-specific validation.
Lead paper
All research
RA-01
Robotics & Autonomy
Root Digit Robotics Lab
A Coordination, Safety & ROI Benchmark
A quantitative framework for evaluating multi-robot fleets: throughput under traffic, functional-safety obligations, and a transparent total-cost-and-value model with payback benchmarks.
Publication register
Publication metadata is taken from the documents themselves. Each PDF identifies its authorship, year, version and public classification.
02 · NE-02
Nuclear & Energy
A Safety-Instrumentation Study
An engineering study of reactor digital twins and model-predictive control, including the safety case for keeping advisory intelligence independent from qualified protection systems.
Root Digit Energy Systems Lab
03 · QC-03
Quantum Computing
A Near-Term Advantage Assessment
A benchmark-led assessment of where quantum and quantum-inspired optimization can help today, where NISQ limitations remain binding, and what fault-tolerant advantage would require.
04 · DI-04
Data Centers & Infrastructure
A Thermal, Energy & Sustainability Analysis
A comparative engineering and economic model for direct-to-chip and immersion cooling, covering heat transport, rack density, PUE, WUE and facility-level trade-offs.
Root Digit Infrastructure Lab
05 · AN-05
Advanced Networks
An Architecture & Latency Study
A reference architecture and modelled latency analysis for converging IEEE 802.1 TSN, private 5G/6G URLLC and edge compute into bounded industrial communication paths.
Root Digit Connected Systems Lab
06 · SM-06
Semiconductors & Materials
A Thermal & Yield Study
An examination of 2.5D and 3D integration, chiplet disaggregation, thermal materials and the yield decisions that increasingly set the performance ceiling for AI accelerators.
Root Digit Advanced Hardware Lab
Publication standard
01
Models identify the boundary conditions, inputs and illustrative assumptions that shape the result.
02
Calculations, references and architecture decisions remain visible so a technical reader can challenge them.
03
Where evidence is modelled, illustrative or dependent on system-specific validation, the document says so.
Commissioned research
Begin with the decision, evidence standard, technical boundary and disclosure requirements.
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