An augmented reality app that allows users to build and simulate quantum circuits in a virtual space. Users can place qubits, apply gates, and measure outcomes in real-time using AR technology.

Augmented reality-based educational kits for schools and universities to demonstrate quantum phenomena such as superposition and entanglement, making quantum physics more accessible and understandable.

A digital wallet that uses post-quantum cryptography to secure assets on the blockchain, protecting against future quantum attacks while being compatible with current blockchain ecosystems.

A cloud-based API that provides developers with access to quantum simulators and quantum computers, along with tools for developing and testing quantum algorithms.

An educational game that uses augmented reality to simulate quantum computing operations and principles, allowing users to interact with quantum bits and gates in a virtual environment.

An interactive web platform that uses quantum computing simulations to teach cryptography concepts. It includes tutorials, challenges, and quizzes on quantum algorithms and their applications in securing communications.

A software tool that visualizes quantum noise in QRNG data from IBM QPUs, helping researchers and students understand the impact of noise on quantum computations and how to mitigate it.

A blockchain protocol that integrates post-quantum digital signatures (PQDS) to enhance security against quantum attacks. It includes a comprehensive guide and toolkit for developers to implement PQDS in their blockchain applications.

A tool for analyzing the entropy of QRNG data, comparing it against PRNG and TRNG data, and evaluating the effectiveness of pre-processing and post-processing techniques in enhancing randomness.

A comprehensive educational kit that includes hardware and software for building a simple optical computer, along with tutorials and exercises on quantum computing concepts and simulations.

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