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Quantum Computing in the Cloud

Quantum computing today is seen as a promising technology for addressing various challenges and quantum computers are already accessible through major cloud-computing providers, coexisting with classical computing hardware. However, it cannot operate in isolation. Embark on a journey into the integration of quantum computing with classical high-performance computing (HPC). In a new GOTO Unscripted talk, Søren Gammelmark & Stig E. Rasmussen spoke to James Lewis about the significance of solving complex computational problems efficiently by quantum computing and its potential benefits for humanity, especially in areas like drug design, logistics, and finance. They dive deep into the heart of computational conundrums, showcasing quantum computing's promise and revealing Kvantify's ingenious fusion of quantum and classical computing.

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About the experts

James Lewis

James Lewis

Software Architect & Director at Thoughtworks

Søren Gammelmark

Søren Gammelmark

Quantum Software Architect

Stig Elkjær Rasmussen

Stig Elkjær Rasmussen

Quantum engineer with a PhD in quantum technology and machine learning

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Quantum computing today is seen as a promising technology for addressing various challenges and quantum computers are already accessible through major cloud-computing providers, coexisting with classical computing hardware. However, it cannot operate in isolation. Embark on a journey into the integration of quantum computing with classical high-performance computing (HPC).

In a new GOTO Unscripted talk, Søren Gammelmark & Stig E. Rasmussen spoke to James Lewis about the significance of solving complex computational problems efficiently by quantum computing and its potential benefits for humanity, especially in areas like drug design, logistics, and finance. They dive deep into the heart of computational conundrums, showcasing quantum computing's promise and revealing Kvantify's ingenious fusion of quantum and classical computing.