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Quantum computing project using QFT and quantum circuits to explore semiprime factorization, testing scalable algorithms with Qiskit and Quantum Rings.
Superquantum's Quantum Hash Function Challenge, YQuantum Hackathon at Yale Quantum Institute - Virtual Participation
Using quantum computing, we provide insurance employers with a tool to provide efficient structuring of their employees to accomodate for varying severity levels and locations.
Building Novel Quantum Hash Functions
Quantum hashing function that utilizes multiple transformations such as Quantum Walk to come out with deterministic yet irreversible outputs.
An attempt to factor large numbers using a true Shor's algorithm utilizing qiskit and quantum rings as our backend to facilitate large qbit circuits.
Encodes the hard constraint for a portfolio optimization problem in QAOA. Performs preselection using graph cuts and attempts a pipeline for decomposing the primary graph into manageable subgraphs.
Using quantum computing to optimize insurance portfolios through minimizing risk from wildfires.
This project implements a quantum-native hash function designed for future-proof applications in blockchain and cryptography.
Buzinga
Shor's algorithm is implemented to factorize semiprimes with 2n+3 Qubits.
Deteqting secret messages of different numbered qubit peaked circuits
Application of quantum principles to a simulated, burning, city.
YHack 25' BlueQubit Challenge Rishi Seri, Jeanette Simo, Carlos Paredas, Vivek, Marcel
Cracking peaked circuits using BlueQubit platform.
Tagline: "Unlocking Numbers: Factoring the Future with Quantum Precision"
Quantum Shield: Unbreakable Hashing for Tomorrow's Blockchain.
building quantum hashes functions for blockchains - saving trillion dollar economy from grovers algorithm
BlueQubit Yale Quantum Hackathon
This is our submission to the BlueQubit in-person challenge for team "How Did We Ket Here".
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