🌌 QuantumTimeSandwich Overview 🥪

Simulation platform 🚀 that merges advanced quantum algorithms with cryptographic techniques.

Install

git clone https://github.com/Paraxiom/QuantumTimeSandwich.git
cd QuantumTimeSandwich/[subdirectory]
cargo build
cargo test
cargo bench

📁 Project Structure

The QuantumTimeSandwich project is organized into multiple subdirectories. Each subdirectory is a unique crate, packed with its own functionalities, examples, tests, and benchmarks.

🔐 BB84

• Location: bb84/
• Functionality: Specializes in the BB84 quantum key distribution protocol.
• Available Examples:
  • basis_selection_demo
  • bb84_aes_integration
  • bb84_simulation
  • eavesdropping_demo
  • lattice_crypto_demo
  • lwe-demo
  • ring-lwe-demo
• Commands:

  cd bb84/
  cargo run --example [example_name]
  cargo test
  cargo bench

  - **GRPC:**

RUST_LOG=debug cargo run --bin quantum_time_sandwich_server

#### 2. 🧠 QuantumTimeSandwich Core

- **Location:** `QuantumTimeSandwich/`
- **Functionality:** Core quantum computing simulations and cryptographic functions.
- **Examples:** 
- `bell_inequalities`
- `cswap`
- `dense_coding`
- `deutch`
- `grovers`
- `inverse_example`
- `macro_example`
- `optimizer_example`
- `simple`
- **Commands:**
```bash
cd QuantumTimeSandwich/
cargo run --example [example_name]
cargo test
cargo bench

#### 3. 🔁 QuantumTimeSandwich Iterators

- **Location:** `QuantumTimeSandwich-iterators/`
- **Functionality:** Advanced iterators for quantum state manipulation.
- **Commands:**
```bash
cd QuantumTimeSandwich-iterators/
cargo test




Follow the specific commands listed under each subdirectory to run examples, tests, and benchmarks.

License 📜

QuantumTimeSandwich, with contributions from https://github.com/Renmusxd/RustQIP, is released under the MIT License. You are free to use, modify, and distribute the software, provided that proper credit is given.