Presentation
A Vision of Quantum-Centric Supercomputing
Presenter
DescriptionQuantum computing systems continue to scale in size and quality. Furthermore, error
resilience approaches start to enable interesting computational regimes opening what
we call the era of quantum utility. In this era, the integration of quantum with HPC
becomes critical to unlock the full potential of both technologies in a way that exceeds
the capabilities of either one alone. Our vision for the path forward is quantum-centric
supercomputing: quantum algorithms and routines supported by multiple quantum
circuits with the aid of classical pre- and post-processing and classical high-performance
elements.
The development of tightly integrated systems with quantum and classical elements is
essential for this vision. Not only will they provide an invaluable development framework
for computational scientists, both quantum and classical, but they will also provide a
testing ground for the joint optimization of classical and quantum resources needed to
run utility scale hybrid workflows.
Given the fast development of quantum technologies, we believe now is the time to
bridge the gap between classical and quantum computing to define and shape a new
era of supercomputing.
resilience approaches start to enable interesting computational regimes opening what
we call the era of quantum utility. In this era, the integration of quantum with HPC
becomes critical to unlock the full potential of both technologies in a way that exceeds
the capabilities of either one alone. Our vision for the path forward is quantum-centric
supercomputing: quantum algorithms and routines supported by multiple quantum
circuits with the aid of classical pre- and post-processing and classical high-performance
elements.
The development of tightly integrated systems with quantum and classical elements is
essential for this vision. Not only will they provide an invaluable development framework
for computational scientists, both quantum and classical, but they will also provide a
testing ground for the joint optimization of classical and quantum resources needed to
run utility scale hybrid workflows.
Given the fast development of quantum technologies, we believe now is the time to
bridge the gap between classical and quantum computing to define and shape a new
era of supercomputing.
TimeTuesday, June 412:30 - 13:00 CEST
LocationHG F 30 Audi Max
Session Chair
Event Type
Minisymposium
Chemistry and Materials
Physics
Computational Methods and Applied Mathematics