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MINI GRANT » NISQ Quantum Grant

NISQ Quantum Grant

Introducing the NISQ Quantum Grant, a long-term initiative by DoraHacks designed to foster innovation in quantum computing during the NISQ era. The submission portal is open year-round, aiming to provide continuous support for you to advance quantum computing technologies! 🌟

Quantum Computing

Grant Pool

10,000 USD

organization

Hacker Dōjō

@hackerdojo

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    Applied BUIDLs

  • 0

    BUIDLs Funded

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Introduction

Quantum computing stands at the forefront of technological revolution. By utilizing the laws of quantum mechanics to leverage the physical effects of quantum superposition and entanglement, quantum computing dramatically reduces the computation time for complex problems that would require thousands of years for classical computers to solve. In the post-Moore's Law era, quantum computing's superior processing power is set to revolutionize and transform humanity's future in countless ways.

The NISQ (Noisy Intermediate-Scale Quantum) Quantum Grant, initiated by Dora Dōjō, aims to support pioneering projects from the open source / hackathon communities in quantum computing, encompassing applications that harness quantum capabilities, development of accessible tools, and groundbreaking research that expands the boundaries of our understanding.

With a grant pool of $10,000 for each round, each innovative project stands a chance to receive a minimum of $1,000, empowering researchers and innovators to turn their visionary ideas into reality.🌟

Our submission portal is open year-round, welcoming ideas that push the envelope of quantum computing. Every submission will be promptly reviewed, ensuring your groundbreaking ideas receive the attention they deserve.

Tracks

  • Quantum Algorithms and Applications: To encourage the development of innovative algorithms that can run on NISQ computers, and practical applications that demonstrate the unique capabilities of quantum computing. (Examples: Quantum machine learning, optimization problems, quantum simulation, cryptography, and other areas where quantum computing has a clear advantage, etc.)

  • Quantum Hardware and Scalability: To support advancements in quantum hardware that are crucial for NISQ technologies, particularly in improving qubit quality, coherence time, and error rates. (Examples: Qubit design, quantum error correction, scalability solutions, and approaches for enhancing qubit stability and reliability.)

  • Quantum Software and Tooling: To facilitate the development of software and tools that make quantum computing more accessible and efficient for researchers and developers. (Examples: Quantum programming languages, SDKs, simulation tools, and platforms for quantum software development and testing.)

  • Quantum Theory and Fundamental Research: To promote research that deepens our understanding of quantum mechanics and explores theoretical models relevant to NISQ technologies. (Examples: Theoretical studies on quantum entanglement, decoherence, quantum information theory, and models for quantum computing.)

  • Quantum Education and Community Engagement: To foster a knowledgeable and vibrant quantum community through educational initiatives and outreach programs. (Examples: Educational resources, workshops, webinars, community building activities, and collaborations with academic institutions.)

  • Quantum Interdisciplinary Innovations: To encourage projects that apply quantum computing in interdisciplinary fields, demonstrating its potential beyond traditional computing. (Examples: Quantum biology, quantum finance, environmental modeling, and other innovative applications of quantum computing in diverse domains.)

💡 We closely follow the latest trends in quantum computing, with particular focus on the following fields:

  • Quantum Communications and Networking: Developing technologies for quantum communications, crucial for the future of distributed, large-scale quantum computers​​.

  • Quantum Error Correction and Fault Tolerance: Exploring innovative solutions for error correction and fault tolerance in quantum systems, a significant challenge in the current phase of quantum development​​​​.

  • Quantum Software and Programming Advancements: Addressing the need for advanced programming techniques for circuit-based quantum computing and hybrid quantum-classical computing models​​.

  • Quantum-Enhanced Optimization and Machine Learning: Applying quantum computing to optimization problems and machine learning, where quantum computers can potentially offer significant advantages​​​​.

  • Quantum-Resistant Cryptography: Developing cryptographic technologies resistant to quantum computing threats, a crucial area as quantum computers become capable of breaking current encryption methods​​​​.

Entry Requirements

  • Both individuals and teams are welcome.
  • Having an academic background in quantum computing and quantum physics would be considered a significant advantage.

Grant Distribution

  • The grant pool for each round is $10,000 USD, with approximately one round every two months.
  • The grant amount typically ranges from $1000 to $2000, while exceptionally high-quality projects may receive even more substantial awards.
  • Projects submitted will be reviewed in a timely manner and the grant winners are selected according to judges’ scoring results.

Tips for Participants

Sharing more details about your project will truly help our team in grasping its potential and increasing your chances of securing a grant. Apart from vision and general description of your project, here are some key areas that would greatly contribute to our understanding:

  • Important links to your websites, demo videos, documents, etc.
  • Your past accomplishments and milestones reached
  • Insights into any previously secured grants and their allocation
  • A clear outline of your future roadmap
  • Thoughtful consideration of how you intend to utilize the DoraHacks grant

Judging Criteria:

  • To what extent does the project contribute to advancing quantum supremacy?
  • How effectively does the project accelerate the progression from NISQ technology to fault tolerance?
  • In what ways does the project demonstrate innovation in the commercialization of quantum computing?
  • To what extent has the project made progress in fundamental research in quantum computing?

Feedback Mechanism:

  • We highly value every submission. All relevant and serious submissions will receive constructive feedback to encourage learning and improvement.

Collaboration Opportunities

At DoraHacks, we believe in the power of collaboration and innovation. We are actively looking for individuals and organizations in the quantum computing sector who share our passion and want to join us. Whether you can provide tech support, serve on a judge panel, or offer financial sponsorship, we welcome your involvement!

Here's how you can participate:

🌟 Open-Resource Communities: If you belong to an open-resource community dedicated to quantum computing, let’s team up to organize workshops, seminars, and other collaborative events.

👩‍🚀 Experienced Professionals: If you are an experienced professional or an researcher within the quantum computing sector, we warmly invite you to join our judge panel, review innovative projects, and connect with talented minds in inspiring workshops.

💰 Financial Support and Partnerships: If you or your organization is interested in providing financial support or forming a long-term partnership with us, we would be delighted to discuss further details.

📣 Media Partners: We extend a warm welcome to media partners who want to showcase the latest and most innovative quantum computing projects featured in our Grant. Gain exposure to cutting-edge advancements and be part of the revolution!

Contact Information

We're excited to hear from you and explore the collaboration opportunities mentioned above, or any additional ideas you may have. Don't hesitate to reach out to us using the following contact methods:

About Dora Dōjō

Dora Dōjō is an innovative open-source knowledge community co-built by a vibrant community of hackers and technologists, focusing on frontier technologies, including quantum computing, cryptography, astronomy, space tech, and beyond.

Our community thrives on sharing knowledge through live broadcasts, discussions, and rich textual content. We're committed to fostering the development of quantum computing and its applications, helping create an environment where curiosity and innovation lead the way in shaping the future of technology.

About DoraHacks

DoraHacks is a global hackathon organizer and one of the world's most active developer incentive platforms. It creates a global hacker movement in Blockchain, Quantum Computing and Space Tech, and provides toolkits to help developers around the world team up and fund their ideas and BUIDLs via hackathons, bounties, grants and more.

By far, more than 6000 startup teams from the DoraHacks community have received over $40 million in grants and other forms of contributions from supporters worldwide. A large number of open source communities, and more than 50 major companies and blockchain ecosystems are actively using Dora's infrastructure (http://dorahacks.io) for open source funding and community governance.