A BEGINNERS GUIDE
Energy efficiency and quantum compute
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Across governments and industries, there is a growing acknowledgement that we need to act now to make genuine, lasting changes to reduce our impact on the world around us.
This guide provides basic insight into current unsustainable compute energy trends, the significance of quantum computers in data centres, its potential energy efficiencies and how quantum compute could be applied to the energy sector.
What’s inside the guide?
- Understand the basics: Explore the potential of hybrid compute and the current challenge of energy consumption and classical supercomputing.
- Technological foundations: The application of quantum compute to support current technological demands and potential solutions to the energy sector.
- Ecosystem context: The crucial role data centres could play in the integration of quantum computing, why OQC integrated into data centres and the potential energy efficiencies that could be made.
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Technology demands of the modern world
As the world becomes progressively connected with many aspects of our everyday lives being improved through technological advancements, energy consumption and infrastructure capabilities have begun to grapple the ever-increasing demand of global internet traffic powered by classical compute and the growing inclusion of AI.
To address the pressing environmental concerns surrounding data centres and the energy consumption of services within them, there is a clear emphasis on sustainable practices: including energy efficient hardware, innovative cooling systems, and renewable energy sources.
Key terms
Hybrid compute:
Quantum computers and classical systems working as co-processors alongside one another, carrying out computational workload.
Colocation data centre:
A distinct type of data centre which leases space to a client company to store their infrastructure, allowing for different computing modalities and services to be colocated.
Dimon:
A multimode qubit, also described as an artificial atom or as being like two qubits in the space of one.
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