Cloud Development Cloud Architecture Microservice Architecture Web Development IoT Cloud & DevOps Cloud & Infrastructure Machine Leaning Deep Learning Quantum computing Microsoft Azure Azure App Service Azure Api Management Azure Functions Azure Kubernetes Services (AKS) Azure DevOps Azure Quantum Azure IoT Hub Azure Database for PostgreSQL Azure Cosmos DB Azure AI Terraform Docker Kubernetes RabbitMQ Redis PostgreSQL .NET 6 Entity Framework .NET MAUI Blazor CQRS & Event Sourcing
Athens, Attica, Greece
Harnessing the unique behaviour of quantum physics and applying it to computing, quantum computers introduce new concepts to traditional programming methods such as superposition, entanglement, and quantum interference.
Microsoft, having a clear mindset towards the coming quantum era, is partnering with quantum hardware companies to provide developers with cloud access to quantum hardware.
Leveraging the Azure Quantum platform and the Q# language, developers are now able to explore quantum algorithms and run their quantum programs on different types of quantum hardware.
In this session, we will explore Azure Quantum’s capabilities and run a Q# quantum application on a real quantum computer.
Vyron Vasileiadis holds an MSc in Space Science and a BSc in Computer Science. He is a senior software engineer specializing in microservices and cloud architecture on Azure and has an active interest in quantum computing.
Being an experienced Microsoft Certified Trainer, he is passionate about education and the ecosystem and has taken over the role of mentor in several hackathons and incubators.