How does quantum computing (QC) work? What principles do its programming rely on and why does the so-called “quantum advantage” promise disruptive change in almost all industries? This introductory one-day workshop covers the basics of QC, the innovation network and its opportunities and challenges and gaining insights into potential applications.
Quantum computing promises great potential for companies in almost all sectors thanks to its speed and efficiency advantages. The QC compact seminar provides participants with a comprehensive overview of the current innovation network in the field of quantum computing.
The program starts with an overview of the two quantum technologies, quantum computing and quantum sensing. Afterwards, the differences between classical computers and quantum computers are discussed, including the associated challenges and opportunities, in particular types of problems that can potentially be solved with QC. This will be followed by a demonstration of quantum principles using qubits, including an explanation of the Bloch sphere and quantum states such as superposition and measurement. Based on this, different quantum
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How does quantum computing (QC) work? What principles do its programming rely on and why does the so-called “quantum advantage” promise disruptive change in almost all industries? This introductory one-day workshop covers the basics of QC, the innovation network and its opportunities and challenges and gaining insights into potential applications.
Quantum computing promises great potential for companies in almost all sectors thanks to its speed and efficiency advantages. The QC compact seminar provides participants with a comprehensive overview of the current innovation network in the field of quantum computing.
The program starts with an overview of the two quantum technologies, quantum computing and quantum sensing. Afterwards, the differences between classical computers and quantum computers are discussed, including the associated challenges and opportunities, in particular types of problems that can potentially be solved with QC. This will be followed by a demonstration of quantum principles using qubits, including an explanation of the Bloch sphere and quantum states such as superposition and measurement. Based on this, different quantum algorithms and exemplary use cases will be presented.
Optional: In the afternoon, participants are invited to familiarize themselves with the latest system architectures and deepen their knowledge with a visit to our Quantum Lab to experience the phenomena of the quantum world first-hand.
The seminar at a glance:
Morning:
- Quantum technologies and the innovation ecosystem
- Quantum computers vs. classical computers: challenges
- and opportunities (incl. problem categories)
- Quantum principles: Qubits, Superposition & Co
- Quantum algorithms and use cases
Afternoon (optional):
- Quantum hardware of different system architectures
- Quantum errors and correction
- Visit Quantum Lab
The event is aimed at Quantum computing enthusiasts, management without prior technical knowledge, politicians, decision-makers, innovation scouts.
Scientific contacts:
Leon Alexander Rasztar
Gesell. Trends und Technologie
Fraunhofer IAO
Hardenbergstr. 20
10623 Berlin, Deutschland
Phone: +49 30 6807969-125
Mobile: +49 151 26109152
Fax: +49 30 6807969-2911
Mail: leon.rasztar@iao.fraunhofer.de
Yeama Bangali
Press and Public Relations
Fraunhofer IAO
Nobelstr. 12
70569 Stuttgart
Phone: +49 711 970-5196
Mail: yeama.bangali@iao.fraunhofer.de
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