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Quantum Computing Ecosystem for Research and Innovation
QUREI
- QUREI is a quantum computing platform for research, innovation and education. It also provides an immersive game simulation where users go on a quantum-powered mission to defeat the villain Cybertron, bringing quantum technologies to life in an exciting and educational way.
QUREI
Quantum Computer Simulation
- Qurei offers a freely available online tool for classically simulating a computational processor. It uses a GUI for drag-and-drop operations, simulates a gate-level quantum computer with discrete qubits using an efficient back end that allows simulations processes with up to ~50 qubits.
Research Opportunities
- Qurei offers a platform where users, including interns, can actively engage in cutting-edge quantum computing research projects. Qurei partners with academic institutions and industry leaders to provide real-world research opportunities.
Interactive Learning Environment
- Get ready to dive into an adventure like no other with the Quantum 6! These aren't your average digital characters; they're your personal guides through the thrilling world of quantum algorithms. Think of your learning assignments as 'missions' and your projects as 'major battles', each crafted to put your newfound knowledge to the test. Will you use your quantum skills to stop Cybertron from taking over the world? Join us and turn your education into an action-packed journey to save the planet, one quantum challenge at a time!
Quantum AI Collaboration
- Collaborate with leading AI companies to explore the intersection of quantum computing and artificial intelligence. Develop quantum machine learning models and tools for quantum-enhanced AI applications.
QUREI Game Simulation
- QUREI allows users to embark on thrilling quantum-powered missions to defeat Cybertron. By democratizing access to real quantum resources for education, development and entertainment, QUREI is the ultimate gateway to experiencing firsthand how quantum technologies will transform our collective future. The quantum revolution starts here.
The Quantum 6
- Dive into the diverse backgrounds of these six unique characters. Each character embodies a specific quantum algorithm, turning complex quantum computing concepts into relatable and engaging superpowers. Their stories not only captivate but also subtly educate users about the fundamentals of quantum computing.
Start experimenting now.
- We anticipate that the impact and scale of commercial applications will accelerate rapidly once fully fault-tolerant quantum computers emerge. Organizations have several ways to prepare themselves. Companies with a higher likelihood of lucrative applications — financial services companies, pharmaceutical manufacturers, and makers of specialty materials — can invest in hardware and software and develop a network of experts. Other organizations can familiarize themselves with the basics of quantum computing, connect with academics, and start to train team members.
Qurei Initiative
Developing Solutions to Quantum Computing Challenges
- Error correction: Decoherence, a phenomenon that can quickly shatter delicate quantum states, is a result of environmental noise. Quantum calculations are hence prone to mistakes. Although there are theoretical approaches for error correction, they have a high overhead in terms of qubits and processing power.
- Fault tolerance: Because of the intrinsic instability of quantum states, a quantum computer must be able to carry out calculations even in the presence of errors to be useful. Research on fault-tolerant quantum computing is still going on.
- Intersecting knowledge: A knowledge of quantum mechanics is necessary for the new and complicated discipline of quantum programming. More reliable and approachable quantum programming languages and environments are required.
Providing best-in-class work training to equip members with the advanced skills and knowledge needed to excel in quantum computing roles.
According to a McKinsey report, there is a noticeable gap in the availability of qualified candidates for quantum computing roles, with only one qualified candidate available for every three job openings. By 2025, it is predicted that less than 50% of quantum computing jobs will be filled unless substantial interventions are made. This shortfall highlights the urgent need for training and development in this field [oai_citation:1,Closing the quantum workforce gap: Lessons from AI | McKinsey](https://www.mckinsey.com/capabilities/mckinsey-digital/our-insights/five-lessons-from-ai-on-closing-quantums-talent-gap-before-its-too-late).
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