Skip to main content

QuantumLeap

Project Title​

QuantumLeap: Exploring Quantum Computing for Modern Day Applications

Project Categories​

  • Research & Innovation

Project Type​

  • Research

Project Description​

QuantumLeap aims to delve into the emerging field of quantum computing and explore its potential applications in modern-day challenges, such as cryptography, optimization problems, and drug discovery. This project will involve a comprehensive study of current quantum algorithms, simulating them on classical computers, and proposing innovative applications or improvements. The end goal is to produce a whitepaper detailing our findings and potential future directions in quantum computing.

Objective​

To understand the current landscape of quantum computing, simulate key quantum algorithms, and propose innovative applications or improvements that can be pursued in the next decade.

Technologies/Tools​

  • Qiskit (Quantum computing framework by IBM)
  • Python (For simulations and algorithm implementations)
  • LaTeX (For whitepaper drafting)

GitHub Repository​

https://gitprove.xyz/QuantumLeap

Proposed Timeline​

Long (2 weeks)

Team Members (if any)​

  • user4021 (Quantum Computing Enthusiast & Researcher)
  • user4122 (Algorithm Specialist)
  • user4223 (Technical Writer & Editor)

Additional Resources/Requirements​

  • Access to quantum computing literature and journals.
  • Collaboration with experts in the field for insights and feedback.
  • Potential cloud access to quantum computers for testing and validation.

Mockups or Diagrams​

Link to preliminary research structure and topics on gitprove.xyz