Enhanced Default Prediction using Quantum-Assisted Machine Learning
We will demonstrate how using multiple automated kernel configurations and their alignment through an optimization process can provide an advantage against classical methods for default prediction in a well-known Spanish […]
Quantum Computing for Sustainable and Energy Materials
Houlong Zhuang, Assistant Professor, Arizona State University
Quantum Computing for Material Ageing Problematic in Energy Industry
Material ageing is a crucial issue in industries, even more when it comes to provide millions of people in sustainable energy. Simulation of materials plays a central part of understanding […]
Applications with Neutral Atom Quantum Computing Today
Pasqal is building quantum computers based on neutral atoms, with a modular design allowing for more stable and easier to maintain devices. With partners in its ecosystem, Pasqal develops industry-relevant […]
Diamond Sensing for the Future of Exploration
SBQuantum is Building Quantum Magnetics for Earth and Space, combining leading edge hardware in the field of quantum sensing with advanced interpretation and compensation algorithms to bring magnetics to new […]
Real-Time Magnetic Field Measurement in the milli-Kelvin Domain
In super-conducting quantum compute systems, low level (μT) magnetic fields can contribute to decoherence, fields that are not always successfully managed by shielding. Ideally it would help to directly measure […]
WEF/ GESDA and the Open Quantum Institute
This presentation will briefly outline the important elements of the recently published “Quantum Economy Blueprint” by the World Economic Forum. The report encourages global collaboration and the sharing of knowledge, […]
A new approach to drug discovery – Introducing Koffee!
Everything we do at Kvantify is with the long-term goal of enabling Quantum Computing. However, we don’t wait for the hardware, instead, we develop novel tools that are ground-breaking in […]
HQI – France Hybrid HPC Quantum Initiative
Coupling supercomputers with various quantum computing technologies is an exciting challenge that is being addressed at multiple scales and along different perspectives by the HQI initiative in France. I will […]
The Road to Quantum Computing Scalability, from QEC to FTQC
In this keynote, Olivier Ezratty will highlight the recent advances and many challenges ahead with building large scale fault-tolerant quantum computers, including the intertwining between quantum error correction codes (surface […]
