"?? Pushing Boundaries. Amplifying Impact. ? ?? True progress blends innovation with efficiency. ?? A bold vision to turn the impossible into reality. ? Stay Inspired. Stay Ahead. ?"
关于我们
BosonQ Psi is a software venture that leverages the power of Quantum computing to perform simulations. We build simulation capabilities utilizing a hybrid infrastructure of quantum computers and classical high-performance computers (HPC) to highlight near-term value additions to our customers. Additionally, we are exploring new ways to perform simulations for fault-tolerant quantum computers in the future. Currently, we are building BQPhy? - the world’s first Quantum-powered simulation-as-a-service (Q-SaaS) based software suite. Our next-generation software suite offers computational advantages across various fields of engineering simulations. At present, we provide structural mechanics, thermal sciences, and design optimization capabilities. BQPhy will incorporate fluid mechanics, electrochemistry, electromagnetics, and acoustics in future versions. BQPhy is geared toward enterprise customers wanting to accelerate their time-to-market by reducing their simulation time without sacrificing high accuracy in delivering innovative and reliable products. These enterprise customers come from aerospace, automotive, energy, manufacturing, biotechnology, construction, and other engineering-heavy industries. The power of BQPhy comes from its state-of-the-art proprietary simulation solvers and patented quantum algorithms. Our name, BosonQ Psi, pays tribute to the great Indian physicist Dr. Satyendra Nath Bose, after whose name the elementary particle in quantum mechanics, Boson, was named and further incorporates the fundamental quantity that describes the state of the quantum particle - Psi, thus symbolizing the company's Indian origin and fundamental goal to become a global leader in Quantum paradigm shift.
- 网站
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https://www.bosonqpsi.com/product
BosonQ Psi (BQP)的外部链接
- 所属行业
- 软件开发
- 规模
- 11-50 人
- 总部
- New York
- 类型
- 私人持股
- 创立
- 2020
产品
![点击此处查看BQPhy]()
BQPhy
计算机辅助工程 (CAE) 软件
BQPhy? is the world's first Quantum-powered SaaS engineering simulation software suite. Packed with state-of-the-art engineering simulation solvers and novel quantum algorithms, BQPhy has embarked on a mission to solve impactful problems in the domain of Design Optimization, Structural Mechanics, and Thermal Analysis. In the near term, BQPhy leverages the hybrid infrastructure of Quantum computers with classical High-Performance Computing (HPC) systems to cater to enterprise customers from the automotive, aerospace, manufacturing, energy, and biotech sectors.
地点
BosonQ Psi (BQP)员工
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Gil Tadmor
Early Stage Investment & Advisory
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Anand Reddy
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Jojo Jacob
Project / Program Management | e-Commerce | SaaS | Delivery | Solution Engineering | FinTech | CI / CD | Product Management | Problem Solver | Agile…
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John Laskey
Fractional CFO for 15+ years.Two time public company CFO, four time private company CFO, pre-revenue to $300M.
动态
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Accurate prediction of ice accretion is crucial across various engineering fields, from aerospace and defense to energy and manufacturing. Challenges such as aircraft icing, wind turbine performance degradation, and complexities in additive manufacturing processes highlight the need for precise modeling of phase changes. Traditional computational methods often face limitations due to scarce experimental data and high computational costs. Innovatively, Quantum-Assisted Physics-Informed Neural Networks (QA-PINN) offer a promising solution by integrating quantum computing with classical neural networks to enhance prediction accuracy and efficiency. Join this conversation at the APS Global Physics Summit (American Physical Society) to explore this cutting-edge approach:? Session: Applied Quantum Computing, Artificial Intelligence, and Machine Learning? Presentation: Application of Quantum-Assisted PINN for Predicting Ice Accretion and Phase Change? Presenter: Abhishek Chopra, Founder, CEO, & Chief Scientific Officer of BosonQ Psi (BQP) Date & Time: Tuesday, March 18, 2025, 3:48 pm – 4:00 pm?PT Location: Anaheim Convention Center, Room 254B (Level 2) #QuantumComputing #AI #Engineering #Aerospace #Defense #Simulation #Innovation #MachineLearning #IceAccretion #BosonQPsi?v
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? Evolution is coded in our DNA? ? Something new is unfolding at BosonQ Psi (BQP) ? Progress demands more than innovation. It demands a fresh perspective. ? A new look to solve the unsolvable. ? ?? Stay Tuned, Stay Curious ?? Abhishek Chopra| Rut Lineswala| Jash Minocha| Aditya Singh
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BosonQ Psi (BQP) quiz of the week: Winners from the past: Hamza JAFFALI| Aman Mittal| Amara Graps| Madhur Pophale| Vrashali Kale| Chaithra Jelkara| Nikos Petropoulos, Ph.D.
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?? Optimizing Satellites for Defense Applications Effective satellite management enhances surveillance, intelligence, and mission planning. Benefits: ? 5x faster convergence with quantum-inspired algorithms. ? Improved satellite distribution for consistent coverage. ? Lower computational overhead for real-time decision-making. Organizations are exploring quantum-based scheduling to enhance efficiency in defense satellite operations. Advances in computational methods could further strengthen mission planning and intelligence capabilities. #defense #aerospace #quantumcomputing
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In defense operations, real-time intelligence and surveillance are critical. However, limited downlink windows, power constraints, and conflicting task priorities challenge satellite scheduling. Optimization ensures:? ?? Maximized coverage for surveillance, reconnaissance, and threat monitoring.? ?? Efficient resource allocation, balancing power, memory, and communication windows.? ?? Faster response times to dynamic mission requirements. Recent research highlights how quantum-inspired optimization is transforming defense satellite operations. Previously, it has delivered 500-fold improvement in solving complex defense-related optimization problems, ensuring real-time mission adaptability. With data-driven and quantum approaches evolving, real-time adaptive scheduling will revolutionize defense space operations. ?? How do you see quantum and data-driven strategies shaping defense satellite networks? #Quantum #Optimization #cfd #simulation #defense
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BosonQ Psi (BQP) quiz of the week: Winners from the past week: Lokilani H.| Calvin S| Rohit Arora| Oishik Kar| Arijit Ghosal
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Optimizing Resource Allocation for Mission Success in Defense: In modern warfare, resource allocation, troop deployment, and logistics optimization are critical for mission success. Traditional optimization methods struggle with the complexity of multi-domain operations (MDO) and large-scale defense scenarios. ?? Quantum-Inspired Evolutionary Optimization (QIEO) is revolutionizing mission planning by: ? Achieving faster convergence for real-time decisions ? Finding global optima beyond classical algorithm limits ? Enhancing logistics, UAV path planning, and missile guidance
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