QUANTUM  

IN 2 MINUTES 

WHAT IS QUANTUM TECHNOLOGY?

 

Quantum technology is a class of technology that works by using the principles of quantum mechanics (the physics of sub-atomic particles), including quantum entanglement and quantum superposition.

Such a definition might make your head spin, but the truth is, you don’t need to know exactly what quantum technology is to make use of it. Your smartphone is a type of quantum technology – its semiconductors use quantum physics to work – but neither you or the engineer who designed it need to know the ins and outs of quantum mechanics.

WHY IS IT IMPORTANT? 

The reason we’re talking about quantum technology now, 50 years after it became a part of our lives through nuclear power, is that the latest feats of engineering are harnessing more of the potential of quantum mechanics. We’re now starting to control quantum entanglement and quantum superposition.

 

That means quantum technology promises improvements to a vast range of everyday gadgets, including:

  • more reliable navigation and timing systems

  • more secure communications

  • more accurate healthcare imaging

  • more powerful computing.

Paul Martin

 Quantum Technology Expert.

DO YOU WANT TO

KNOW MORE ? 

TAAL and QURECA are thrilled to join forces to help people harness the power of new technologies.

 

Enhance your quantum knowledge by joining this online course especially designed for a non-technical audience.

QUANTUM FOR EVERYONE

 

THE QUANTUM COURSE FOR NON-TECHNICAL PROFESSIONALS.

Duration: 4 weeks (2-3h/week) 

Next cohort : Autumn 2020

LESSON 1

 

Basics of Quantum Computing

  • Quantum computing as a service.

  • Superposition, entanglement and interference.

  • Hardware platforms.

  • Roadmap to the future.

LESSON 2

 

Quantum Computing Use Cases

  • Simulation, optimization and machine learning.

  • Applications in chemistry and pharma.

  • Applications in finance and insurance.

  • Applications in transportation and energy.

LESSON 3

 

Transitioning to

Quantum-Safe Security

  • Cryptography basic principles.

  • Quantum-Safe status.

  • Case study – blockchain technology.

  • Quantum resistant algorithms.

  • Quantum cryptography.

  • Case study – a hybrid quantum-classical communication network.

  • Quantum risk assessment.

LESSON 4

 

The Quantum

Industry

  • National initiatives and private funding.

  • Customers and providers.

  • Taking your first step.

  • Example roles of a quantum team.

  • Accessing training resources.

REGISTER TODAY

Register your interest today, and be the first one to know about the course launch.

Normal price £400

 

Partnership offer:

Students get 90% discount!

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