The product is a platform for a quantum technology challenge event. It offers opportunities for participants to develop solutions in quantum communication, computing, sensing, and more. Users can collaborate with experts, address industry needs, and use case studies to refine their solutions. The platform supports global industrial partners and includes submission guidelines, important deadlines, and final presentations.
Compete on the Aqora platform to solve challenges related to H2 ground state energy calculation within quantum chemistry.
Utilize quantum computing for path-planning in drones, as part of the THALES Quantum Use-Case.
Develop quantum solutions for problems such as unit commitment, fraud detection in quantum federated learning, and solving the Advection Equation.
Explore quantum computing with real-world challenges and guided tutorials. Boost your skills through interactive projects and tailored learning paths for all levels.
Solve complex quantum problems and build a significant portfolio. Gain visibility among peers and industry leaders with your analytical and creative solutions.
Connect with quantum experts and enthusiasts worldwide. Discuss latest trends, share insights, and collaborate on groundbreaking solutions.
Win cash, internships, and exclusive swag by competing in quantum computing challenges. Stand out and earn recognition with every competition.
Participate in online competitions and live hackathons. Network, collaborate, and showcase your skills in diverse settings.
Connect with top employers looking for quantum computing talent. Leverage your proven skills with direct access to open positions.
A competition focused on overcoming materials and plasma control challenges to harness clean, safe, and abundant fusion energy for future needs.
A tutorial on how to compute the ground state energy of Hydrogen using quantum methods on the Aqora platform.
Competition to develop quantum neural network models using PyTorch to predict stock price trends based on limit order book data.
A finished competition aimed at optimizing clinical trials with the Mayo Clinic dataset.
A finished competition focused on detecting malicious login attempts in the BETH dataset.
A chemistry challenge to solve the Advection Equation using Hamiltonian Simulators.
A competition in collaboration with Agnostiq focusing on improving sensor positioning using quantum computing.
Presented by Quandela, this challenge involves a use-case focused on the concept of quantum cloning.
Learn how to solve CFD - Partial Differential Equations using quantum algorithms.
IBM Quantum's use-case for simulating and predicting flash floods using quantum computing techniques.
Infleqtion's use-case focusing on optimizing financial operations through quantum-inspired methods.
Castle Shield's use-case for identifying and mitigating deepfake attacks in autonomous systems using quantum computing.
Kipu Quantum's energy sector challenge addressing the unit commitment problem using quantum methods.
NVIDIA Quantum's logistics-focused challenge to create novel applications for the Vehicle Routing Problem (VRP) using quantum techniques.
COTS NVIDIA challenge to detect fraudulent activities in a secure, federated learning environment with quantum methods.
Merck Group's pharmaceutical challenge to evaluate drivers for healthy aging and longevity using quantum computing analysis.
Thales' logistics challenge to optimize the path-planning of drones using quantum computing methods.
E.ON's energy challenge to optimize the scheduling of maintenance requests for reducing costs and enhancing efficiency.
A forum for announcements, resources, and interesting discussions pertaining to general topics. Recent activity shows engagement on various themes.
This section allows users to ask questions specifically about quantum computing and receive answers from the community. It's a place for resolving queries and sharing information.
Users can share and keep up with the latest news, projects, and events in the field of quantum technology. Acts as a newsfeed for enthusiasts.
A platform for sharing and discussing quantum computing research papers. Facilitates academic and research-oriented interactions among users.
Users provide feedback about their experiences with the platform, including likes, dislikes, and feature requests to improve the service.
Companies can drive innovation by hosting competitions through Aqora, gaining a competitive edge and attracting top talent by engaging with the global quantum community.
Test a quantum algorithm to calculate the ground state energy of H₂, providing insights into quantum chemistry.
Download a template for the competition to guide you through the calculation process.
Submit your calculated solution to the competition to compete and aim for the leaderboard.
This feature allows users to participate in competitions, like the Malicious Login Detection competition, which focus on specific tasks such as detecting malicious login attempts using datasets provided.
Participants can win prizes, allowing them to showcase their work to a global audience and potentially collaborate with the host company on further development.
Participants can use specified datasets, such as the BETH dataset, for developing solutions to cybersecurity challenges.
Users can ask and answer quantum computing related questions and receive responses from the global community.
Users can sort topics based on criteria such as 'Hot' to see the most active or popular discussions.
Each question displays the number of comments and the number of upvotes, allowing users to engage with and rate content.