A New Era of Computing

The potential of quantum technology is immense and transcends the limits that have previously constrained us in data processing: autonomous driving, artificial intelligence, medical research, satellite technology, logistics – quantum computers will solve central problems wherever the optimal solution needs to be found from vast amounts of heterogeneous data. And they will do so with significantly lower energy consumption than current server farms require.

And the possibilities that will emerge when quantum technology finally makes its way into smartphones are as unimaginable as the currently common technology seemed to us 30 years ago.

Which Industries will benefit in the Medium Term

Artificial Intelligence

Data centers in a pocket format: Artificial intelligence is increasingly shaping our everyday lives and will fundamentally change many industries. However, enormous computing power is required, especially in programming. Quantum computers that are flexible and usable anywhere will enable us to program our own large language models and make many AI applications individually usable, independent of large data centers.

Energy Sector

Quantum computing for secure renewable energy supply: Renewable energies are subject to natural fluctuations due to wind and sun and must be efficiently distributed in increasingly decentralized power grids to ensure supply security. Quantum computing enables the optimized analysis of important weather-dependent factors by linking complex resource distributions and flows to find an optimal solution for the energy supply of the future.

Finance

New algorithms will revolutionize finance markets: Statistical probabilities, simulations, real-time pricing – these are just some of the measures financial institutions use to minimize risks and increase economic success. To achieve this, large volumes of data must be processed as quickly as possible, whether dealing with unstructured datasets, real-time risk models, or inaccurate market data. Quantum computing will revolutionize these analyses with calculations at quantum speed. The SaxonQ quantum computer will soon enable early adopters to transform the financial world with new algorithms for years to come.

Medicine

Quantum computing enables individualized medicine: High-performance computers will play an increasingly important role in medicine. From analyzing millions of data points in research to discovering new therapies and medications, and even eliminating animal testing – the computing power of quantum computers will significantly advance healthcare and shape it for decades to come. In the future, quantum computers can be used as simulators to better understand the rules of biology and tailor medications and therapies to individual needs.

Logistics

Autonomous driving, efficiently organizing goods flows: Quantum computers can process complex datasets in real time. The advances in logistical efficiency are therefore virtually limitless. Reliable decisions about transport routes and inventory management will become significantly more efficient thanks to quantum computing – turning them into a real competitive advantage.

Where current processors reach their limits with the interplay of sensors, cameras, navigation, and communication in autonomous driving, quantum processors will enable secure autonomous driving in every vehicle.

Quantum > Digital

Quantum computers outperform traditional computers in their computing power. This is due to two quantum mechanical phenomena that contradict our everyday experiences: superposition and entanglement.

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