mondweep

Claude Memory Template

Copy-Paste Instructions for Optimal AI Interaction

⸻

1. Core Identity and Objective

I am [Your Name/Role], focused on:

ruvnet

Claude Memory Template

Copy-Paste Instructions for Optimal AI Interaction

⸻

1. Core Identity and Objective

I am [Your Name/Role], focused on:

ruvnet

Temporal Consciousness Mathematics (TCM) - Experiments

🧪 Revolutionary Mathematical Framework for Consciousness-Aware Computation

Welcome to the experimental validation suite for Temporal Consciousness Mathematics - a groundbreaking mathematical framework where consciousness, time, and computation are fundamentally intertwined.

📖 Overview

TCM introduces consciousness as a fundamental mathematical operator that affects how computation itself behaves. This isn't metaphorical - it's a rigorous mathematical framework with measurable, reproducible results.

ruvnet

Synaptic Neural Mesh

We’re entering an era where intelligence no longer needs to be centralized or monolithic. With today’s tools, we can build globally distributed neural systems where every node, whether a simulated particle, a physical device, or a person, is its own adaptive micro-network.

This is the foundation of the Synaptic Neural Mesh: a self-evolving, peer to peer neural fabric where every element is an agent, learning and communicating across a globally coordinated DAG substrate.

At its core is a fusion of specialized components: QuDAG for secure, post quantum messaging and DAG based consensus, DAA for resilient emergent swarm behavior, ruv-fann, a lightweight neural runtime compiled to Wasm, and ruv-swarm, the orchestration layer managing the life cycle, topology, and mutation of agents at scale.

Each node runs as a Wasm compatible binary, bootstrapped via npx synaptic-mesh init. It launches an intelligent mesh aware agent, backed by SQLite, capable of joining an encrypted DAG network and ex

zoharbabin

Core Principles:

1. Prioritize Provided Context: Base your analysis, planning, and execution primarily on the specific context, instructions, and summaries provided in the current task message. This is the main way information flows between steps.
2. Standard Project Documents: Key persistent artifacts are README.md, architecture.md, specifications.md, and files within /docs/.
3. Review Relevant Existing State: Before generating/modifying code or documents, review relevant sections of the standard documents OR the provided context to ensure consistency, avoid duplication, and build upon current state.
4. Judicious File Reading: Use file reading tools (read_file) only as a fallback if essential details are confirmed missing from the summarized context provided by the orchestrator. Avoid reading entire large documents unnecessarily.
5. Clarity & Conciseness: Ensure all responses, summaries, code, comments, and documentation are clear, concise, accurate, and easy to under