Quantum Computing Hype And Cfd Quanscient

Quantum Computing, Hype, And CFD | Quanscient

Quantum Computing, Hype, And CFD | Quanscient How does quanscient navigate the balance between the potential and the hype surrounding quantum computing? there's a lot of hype around quantum and for the layman, it can be hard to navigate through that hype. This article is meant to review of current state of the art of quantum computing applied to computational fluid dynamics and discuss possible applications of quantum computing technologies in the area of thermofluid dynamics.

Quantum Computing, Hype, And CFD | Quanscient

Quantum Computing, Hype, And CFD | Quanscient In this post, we’ll highlight in more detail the methodology used by haiqu and quanscient in solving cfd problems using quantum simulators and ionq hardware on amazon braket. A joint team from haiqu and quanscient has demonstrated the execution of quantum computational fluid dynamics (cfd) algorithms on currently available trapped ion devices, specifically ionq hardware accessed via amazon braket. Putting aside all the hype and future promises though, what have we actually achieved in the last couple of years? we conducted a brutally honest interview with our chief scientist, dr. valtteri. But i’m disturbed by some of the quantum computing hype i see these days, particularly when it comes to claims about how it will be commercialized.

Quantum Computing, Hype, And CFD | Quanscient | Quanscient

Quantum Computing, Hype, And CFD | Quanscient | Quanscient Putting aside all the hype and future promises though, what have we actually achieved in the last couple of years? we conducted a brutally honest interview with our chief scientist, dr. valtteri. But i’m disturbed by some of the quantum computing hype i see these days, particularly when it comes to claims about how it will be commercialized. By testing the software prototype on a quantum simulator, we demonstrate that the partial differential equations that underlie cfd can be solved using quantum computers. Altair and researchers from the technical university of munich have made a major breakthrough in the field of quantum computing for computational fluid dynamics (cfd). During the event, dr. valtteri lahtinen, chief scientist and co founder at quanscient, presented a simulation of an advection diffusion equation using 12 qubits, highlighting the potential of quantum computers to address complex cfd applications. Quantum computing in 2025 stands at a crossroads between hype and reality. while there have been significant breakthroughs, the technology is still in its early stages and is not yet ready to replace classical computing.

Quanscient On LinkedIn: #cfd #quantum #quantumcomputing #cfd #airfoil #multiphysics #simulation…

Quanscient On LinkedIn: #cfd #quantum #quantumcomputing #cfd #airfoil #multiphysics #simulation… By testing the software prototype on a quantum simulator, we demonstrate that the partial differential equations that underlie cfd can be solved using quantum computers. Altair and researchers from the technical university of munich have made a major breakthrough in the field of quantum computing for computational fluid dynamics (cfd). During the event, dr. valtteri lahtinen, chief scientist and co founder at quanscient, presented a simulation of an advection diffusion equation using 12 qubits, highlighting the potential of quantum computers to address complex cfd applications. Quantum computing in 2025 stands at a crossroads between hype and reality. while there have been significant breakthroughs, the technology is still in its early stages and is not yet ready to replace classical computing.

Q2B 2023 Paris | Quanscient: Quantum-Powered CFD Simulations | Juha Riippi