13 - 15 January, 2025
Marsa Malaz Kempinski, The Pearl – Doha, Qatar
Here we discuss how the Qatari government is working to promote the adoption and commercialisation of quantum in Qatar through national programs and international collaborations
Quantum technologies are having profound implications on industries ranging from cybersecurity, energy, food security to genomics. In this transformative epoch, how can stakeholders in Qatar harness the full potential of these technologies to revolutionize our digital and physical worlds?
The talk will describe developments in the commercial London QKD trial run by BT and Toshiba. It will look at the overall architecture, customer use cases and future roadmap. The talk will go on to examine key learnings from the trial and assess what else is required to convert this into a fully functioning commercial network.
This session brings together the tech’s global leaders where they will be showcasing their latest offerings. Each speaker has 10 minutes to provide an insight into;
In an ever-changing geopolitical landscape, a nations capability to defend itself is the first responsibility of any government.
The applications of Quantum technology in the defence space are far and wide, whether that be securing communications, to improving detection, imaging and navigation systems to quantum simulation capabilities
Amidst the pressing energy challenges, security concerns, and the need for diversification in how we power our future society, this session explores how quantum hardware and software can be utilized to enhance the efficiency and sustainability of the energy sector.
This session will be centred around the following two discussion points
This session will focus on how the aviation industry can embrace quantum solutions for issues such as hostile jamming, enhanced navigation and communication security, improving safety and efficiency across the industry
While many companies have chosen to focus on scaling the quantum computing system first, at Quantum Circuits we chose to first optimize the design of the qubit to improve its fidelity, incorporate inherent error detection at the qubit level, and then scale up the quantum system. The implications are profound as the number of raw qubits needed to enable error correction and produce logical qubits is reduced significantly by the quality and design of the qubits used in the system. The benefits include supporting a new class of classical-quantum programming paradigm and a clear path towards quantum fault-tolerance through well-engineered systems, solutions, and algorithms.
This session showcases the potential of quantum sensing when tackling one of the largest challenges facing both this and subsequent generations, arming us with the tools to move toward a more sustainable future
The applications of quantum technology, particularly surrounding Quantum AI trading is a groundbreaking integration of quantum computing and artificial intelligence
These advancements are poised to revolutionize the financial sector, through redefining how organisations optimise their portfolios, manage their risks, algorithmic trading, and market prediction.
Quantum technology holds the potential to revolutionize the pharmaceutical industry saving time, costs and most importantly of all, lives – where are we on the pathway to reduce the pathway in drug discovery?
Protecting patient data, revolutionising imaging and scanning whilst being harnessed at a population health level for early detection and risk stratification – where is quantum and healthcare coming together?
We round off the day by taking a look at the future, where will quantum move within the second half of decade and what is the pathway to realising the potential of quantum solutions and applications