Xanadu Quantum Technologies Limited Class B Subordinate Voting Shares (XNDU)
NASDAQ (NMS) NASDAQ (NMS) Primary Summary
Xanadu Quantum Technologies Limited Class B Subordinate Voting Shares Investors
| Name | Quantity | Cost | Value | Profit ($) | Gain (%) |
|---|---|---|---|---|---|
 Regan O'Neill Burkehill Global Management LP | 1M | $7.66M | $11.01M | $3.35M | 43.74% |
 Christopher C. Powers Farther Finance Advisors, LLC | 1,000 | $12,110 | $10,840 | -$1,270 | -10.49% |
 Kevin Bresler TD Waterhouse Canada Inc. | 1,500 | $11,179 | $15,420 | $4,241 | 37.94% |
| MA Marie-Andree Alain Federation des caisses Desjardins du Quebec | 12,972 | $99,239 | $140,616.48 | $41,377.48 | 41.69% |
| MP Marcus Pimentel SLT Holdings LLC | 42,850 | $518,914 | $474,568.03 | -$44,345.97 | -8.55% |
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Xanadu Quantum Technologies Limited Class B Subordinate Voting Shares Profile
| Transportation Infrastructure Industry | Industrials Sector | Christian Weedbrook CEO | NASDAQ (NMS) Exchange | 98390R102 CUSIP |
| CA Country | 3 Employees | - Last Dividend | - Last Split | - IPO Date |
Overview
Xanadu Quantum Technologies Inc. is at the forefront of the quantum computing revolution, specializing in the development and delivery of cutting-edge photonic quantum computing solutions. The company focuses on both advanced hardware and adaptable software platforms, aiming to facilitate a range of applications in quantum computing, machine learning, and software development. Xanadu's flagship offerings include cloud-accessible "x-series" photonic quantum computers, designed to meet the needs of a diverse clientele, including researchers, professionals in software and machine learning, and those engaged in high-performance computing environments. Established in 2016 and headquartered in Toronto, Canada, Xanadu is committed to empowering its users with extensive support resources, expert guidance, and a collaborative community environment dedicated to advancing quantum technologies.
Products and Services
- x-series Photonic Quantum Computers:
Xanadu’s x-series quantum computers are state-of-the-art hardware solutions that provide programmable quantum gates and advanced photon-number resolving detectors. These systems are designed to be cloud-accessible, allowing users to engage with quantum computing without the need for specialized infrastructure. Their innovative architecture fosters versatility in application across various domains such as machine learning and quantum simulations.
- Pennylane:
Pennylane is a Python library tailored for quantum programming that supports differentiable quantum programming. This feature allows for seamless integration with existing machine learning frameworks, enabling developers to create hybrid quantum-classical applications. The library is designed to facilitate research and experimentation in quantum algorithms, making it an essential tool for practitioners in the field.
- Catalyst:
Catalyst is a sophisticated tool for just-in-time compilation, specifically optimized for enhancing the performance of quantum algorithms. By streamlining the compilation process, Catalyst ensures that users can execute their quantum computations more efficiently, thereby maximizing the potential of their quantum hardware.
- Lightning:
Lightning is a high-performance quantum simulator crafted for both CPU and GPU architectures. It is designed to seamlessly integrate with Pennylane, offering users a powerful platform to experiment with quantum algorithms and conduct simulations, thereby expanding the potential to develop and test quantum applications more effectively.
Xanadu offers robust customer support, accompanied by extensive documentation, instructional tutorials, and practical guides. Their resources cover a wide array of topics, including quantum machine learning and quantum chemistry simulations, making it easier for users to navigate the complexities of the quantum realm. The company also fosters a collaborative environment, offering opportunities for users to engage with experts and contribute to community-driven initiatives, thereby enhancing the quantum computing field as a whole.
