About the challenge

Welcome to Carolina Quantum Hacks! In this event, participants are challenged to create innovative projects related to quantum computing. Whether you're a seasoned quantum programmer or a novice enthusiast, this hackathon is an opportunity to explore the cutting-edge field of quantum computing and showcase your creativity and technical skills. Your project could be an educational tool to explain quantum concepts, a simulation demonstrating quantum algorithms, or even a practical application utilizing quantum programming frameworks like Qiskit. The possibilities are endless, so let your imagination soar in the quantum realm! We’d like your team to record a brief 3-5 minute video explaining your project.

Requirements

What to Build

 

Participants in Carolina Quantum Hacks are tasked with creating innovative projects related to quantum computing. They could develop educational tools explaining quantum concepts, demonstrate quantum algorithms, create practical applications utilizing frameworks like Qiskit, design quantum games or puzzles, or build user-friendly quantum simulators. The aim is to showcase understanding of quantum principles and proficiency in implementing them creatively.

 

 

 

Hackathon Sponsors

Prizes

$6,430 in prizes
JBL Speakers
1 winner

The winners of the Best Overall Hack award will each win a $50 JBL Speaker.

Custom CQH Crewnecks
1 winner

The winners of the Most Innovative award will each win a Custom Carolina Quantum Hacks Crewneck.

Yeti Water Bottles
1 winner

The winners of the Most potential for Community impact award will each receive a $40 Yeti Tumbler

Qiskit Developer Certification Test Voucher
4 winners

All winning members will get a FREE access code to take the official IBM Qiskit Developer Certification Test. These are valued at $150 each.

Devpost Achievements

Submitting to this hackathon could earn you:

Judges

Saki Male

Saksham Rustagi

Advaith Cheruvu

Judging Criteria

  • Innovation
    Originality and creativity of the idea. Uniqueness of the approach in utilizing quantum computing concepts. Potential impact and usefulness of the project.
  • Technical Implementation
    Effectiveness and correctness of the quantum algorithms or simulations used. Demonstrated understanding and application of quantum computing principles. If using Qiskit: Quality of code and adherence to best practices in quantum programming.
  • User Experience
    Intuitiveness and user-friendliness of any interfaces or tools developed. Clarity and effectiveness in conveying quantum concepts (for educational tools). Smoothness of operation and error handling.
  • Presentation
    Clarity and coherence of the presentation. Ability to effectively communicate the project idea, implementation, and significance. Engagement and interaction with the audience
  • Impact
    Potential real-world applications or significance of the project. Scalability and adaptability of the project to different contexts or use cases. Feasibility of further development or integration into existing systems.

Questions? Email the hackathon manager

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