EMPOWERING ACADEMIC RESEARCH AND EDUCATION IN QUANTUM COMPUTING
Elevate Quantum Computing in Academia with Classiq: A Simplified, Integrated Platform for Advanced Research and Curriculum Development, Empowering Universities to Lead in Quantum Innovation.
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REDEFINING QUANTUM LEARNING AND RESEARCH WITH CLASSIQ
Classiq stands at the forefront of quantum computing in academia, offering an unparalleled platform for research and education.
Our collaboration with Microsoft in creating a global academic program has already seen over 280 universities engage with Azure Quantum through Classiq. With Amazon Braket, IBM Quantum, and Google Quantum also fully integrated into our platform, we are uniquely positioned to advance quantum education and research.
Unlock the full potential of quantum computing in academia with Classiq.
Going beyond the basics of Bloch sphere rotations and gate-level state preparation design, our platform serves as a bridge between theoretical quantum mechanics and practical quantum computing applications, perfect for academic research and teaching.
Classiq allows educators and researchers to focus on conceptual and innovative aspects of quantum computing while effortlessly converting complex theories into practical quantum algorithms.
This empowers universities and research institutes to stay at the forefront of quantum science, enriching both research and education.
Advance in areas like quantum cryptography, quantum algorithms, and quantum information theory.
Enhance your research lab's capability in quantum experiments and simulations. With Classiq, quantum computing becomes an accessible and integral part of academic pursuit, enabling students and researchers to explore and innovate in this cutting-edge field.
Our platform requires no deep quantum computing background, making it ideal for educational settings, enabling the deployment of quantum computing curriculum to both physics and computer science departments.
Classiq's intuitive interface, along with comprehensive support, ensures easy integration of quantum computing into academic curricula and research projects. Whether it's for undergraduate teaching, graduate research, or advanced scientific exploration, Classiq is your academic partner in quantum computing.
Design visually analyze and deploy
In a click of a button
Define your model and set your constraints
Visually interrogate, debug, and optimize your quantum circuit
Run your optimized circuit on the cloud quantum computer of your choice
APPLICATIONS
Interested in learning more about specific quantum applications for education? Explore these application pages, white papers, and case studies.
CLASSIQ BENEFITS
Classiq’s platform plays a critical role in academia, enhancing both quantum research and education. Classiq helps you to:
Empower Quantum Research
Provide tools for complex quantum problems, enabling significant scientific discoveries.
Revolutionize Quantum Education
Integrate our platform into educational programs, offering students hands-on quantum computing experience.
Facilitate Interdisciplinary Collaboration
Encourage collaborations across disciplines, enriching the quantum research ecosystem.
Real-World Problem Solving
Classiq's advanced modeling language empowers researchers to solve real-world challenges beyond theoretical models.
Efficient Algorithm Development
Streamline quantum algorithm creation, enabling researchers to focus on impactful applications and outcomes.
PRESS QUOTES
Bob Sorensen | senior vice president of research
Paul Glaser | vice president and head of Hewlett Packard Pathfinder
Leigh Lapworth | Rolls-Royce Fellow and Quantum Computing Lead
Seamless End-to-End Implementation of Grover's Algorithm with Classiq
SEE CLASSIQ IN ACTION IN ACTION
Grover's algorithm is a fundamental component in various quantum applications, enhancing their efficiency in tackling complex computational problems. With Classiq's intuitive and powerful platform, deploying quantum algorithms like Grover's becomes straightforward, enabling users to seamlessly investigate and integrate quantum solutions without the need for intricate low-level quantum programming.
Let's discover your quantum edge together
