Nanotoolworks
1.
Nanolithography
2.
Nanomechanics
3.
Nanocharacterization
4.
Nanoelectronics
5.
Nanophotonics
6.
Nanobiotechnology
7.
Nanomaterials
8.
Nanosensors
8.1.
Review Of Nanosensor Engineering and Low-Level Logic Systems
9.
Nanofluidics
10.
Nanomagnetics
11.
Nanotoxicology
12.
Nanomedicine
13.
Molecular Nanotechnology
14.
Develop Locally, Deploy To The Cloud
14.1.
Section 1: Foundations of Local Development for ML/AI
14.2.
Section 2: Hardware Optimization Strategies
14.3.
Section 3: Local Development Environment Setup
14.4.
Section 4: Model Optimization Techniques
14.5.
Section 5: MLOps Integration and Workflows
14.6.
Section 6: Cloud Deployment Strategies
14.6.1.
Specialized GPU Cloud Providers for Cost Savings
14.7.
Section 7: Real-World Case Studies
14.8.
Section 8: Miscellaneous "Develop Locally, DEPLOY TO THE CLOUD" Content
15.
50-Day Study Plan
15.1.
Day 1-2 Rust/Tauri
15.2.
Day 3-4 LLMs and LLMops
15.3.
Day 5-6 Ingesting APIs
15.4.
Day 7-8 Data Wrangling
15.5.
Day 9-10 Vector Databases
15.6.
Day 11-12 Jujutsu & GitHub
15.7.
Day 13-14 arXiv API
15.8.
Day 15-16 HuggingFace API
15.9.
Day 17-19 Patent APIs
15.10.
Day 20-22 FinNews APIs
15.11.
Day 23-25 Email APIs
15.12.
Day 26-28 Anthropic MCP
15.13.
Day 29-31 Google A2A
15.14.
Day 32-34 Agent Orchestration
15.15.
Day 35-37 Info Summarization
15.16.
Day 38-40 Learning Preferences
15.17.
Day 41-43 Data Persistence
15.18.
Day 44-46 Adv Email w/AI
15.19.
Day 47-48 Refactor UI
15.20.
Day 49-50 Deploy/Test
15.21.
Milestones
15.22.
Daily Workflow
15.23.
Autodidacticism
15.24.
Communities
15.25.
Papers
15.26.
Documentation
15.27.
References
16.
Blogifying The Plan
16.1.
Rust Dev Fundamentals
16.2.
Tauri Development
16.2.1.
Tauri vs Electron
16.2.2.
Svelte With Tauri
16.3.
ML/AI Development
16.4.
ML/AIOps System Design
16.5.
Personal Assistant Agentic Systems (PAAS)
16.6.
Multi-Agent Systems and Architecture
16.7.
Data Storage and Processing Technologies
16.8.
Creative Process Flow For Development
16.9.
Philosophy/Principles
16.10.
Cross-Platform
17.
ML/AI Ops Study Notes
17.1.
Rust Language
17.2.
Tauri
17.3.
Cargo
17.4.
crates.io
18.
Information Autonomy
18.1.
Philosophical Foundations
18.2.
Technical Foundations
18.3.
Adv Observability Enrg
18.4.
Data Pipeline Architecture
18.5.
Knowledge Engineering
18.6.
Unobtrusive AI Assistance
18.7.
Architecture Integration
18.8.
Compute Resources
18.9.
Implementation Roadmap
18.10.
Application, Adjustment
18.11.
Future Directions
18.12.
Conclusion
19.
How The History of Capital Markets Has Driven The History Of Technology
Light
Rust
Coal
Navy
Ayu
No Job Too Small
Non-Ownership Strategies For Managing Compute Resources
Next Sub-Chapter ...
Implementation Roadmap
...
How do we implement what we learned so far
Deeper Explorations/Blogifications