Bitkom Quantum Summit 2022
| title | author | length |
|---|---|---|
| Welcoming Remarks | Natalia Stollerchuk | 10m |
Bitkom Quantum Summit 2022 runs two days with 1000 participants, 50 speakers and a Fujitsu hands-on workshop at 16:00 on quantum algorithm design. Germany… | ||
| Opening Keynote | Dr. Franziska Brantner | 10m |
Germany commits €2 billion from the recovery package to quantum, splitting funding between research and industry: €65 million for space-focused quantum work… | ||
| Industry Keynote | Melanie Maas-Brunner | 12m |
BASF frames quantum computing as a way to accelerate the quantum-mechanical step of bond breaking in catalysis, noting catalysts run in more than 80% of… | ||
| Enabling the next level of scientific exploration | Jan Goetz | 21m |
IQM builds complete superconducting processors and systems designed and fabricated in-house and installs them into HPC centers with the goal of hybrid… | ||
| A Whirlwind Tour of the Quantum Computing Market | Bob Sorensen | 23m |
Survey of 112 suppliers estimates a global quantum market of $490M in 2021 growing at 21.9% CAGR to about $900M by 2024, with roughly half of vendors reporting… | ||
| QC in the Path to the Digital Decade of the European Commission | Gustav Kalbe | 16m |
European policy sets concrete targets: by 2025 integrate quantum acceleration into classical HPC and by 2030 deliver cutting‑edge quantum capabilities. Funding… | ||
| Quantum Computing – Building Ecosystems with Research and Industry | Ina Schieferdecker | 15m |
Germany commits large public sums to build a national quantum stack: a 2018 program (€650M) and a later €2B stimulus carve‑out fund 100 qubits scaling to 500… | ||
| From Quantum Awareness to Quantum Readiness | Christian Tutschku | 17m |
Fraunhofer IAO runs a seven-center German competence network that builds GDPR compliant backend access, co-designs hardware and software, and tests NISQ… | ||
| Quantum Computing- Opportunities and Risks | Andreas Nawroth | 17m |
Claims quantum gives exponential scaling for problems like quantum chemistry and high‑dimensional machine learning but requires heavy error correction and… | ||
| Building the leaders of the Quantum Industry | Johannes Verst | 16m |
A global network of about 50 members organizes five operational pillars—collaboration platform, visibility, enabler support, policy dialogue, and tech… | ||
| Future Visions for Quantum Computing in Germany: How Do We Define Success | Dr Sebastian Luber, Prof Dr Wolfgang Mauerer, Markus Pflitsch, Dr Heike Riel, Ina Schieferdecker, Ingolf Wittmann | 44m |
Germany runs a clear roadmap backed by roughly €2 billion in public funding and regional hubs like Munich Quantum Valley, but progress hinges on system… | ||
| Quantum Green: How Can QC Help to Achieve the UN Climate Goals? | Jan Berger | 19m |
Projects $103 billion investment in quantum by 2040 and cites global computing energy demand rising from 114 to 331 TWh by 2030, claiming quantum annealing… | ||
| From lab to marketplace: How do we succeed in quantum computing? | Andreas Nawroth, Johann Schmidt, Christian Tutschku, Johannes Verst, Lukas Klingholz | 43m |
Panelists lay out a concrete path: identify market-suitable problems, build proofs-of-concept, then scale — funded consortia (Planck, Sequoia, AutoQML… | ||
| Fireside Chat: The coming interplay of High-Performance Computing & QC | Jan Goetz, Eric Eppe | 56m |
IQM builds superconducting processors from wafer to packaged QPU, delivers an on‑prem system to Finland and plans an LRZ install in 2023 while partnering with… | ||
| Official Teaser Trailer | 01m | |
From pharma, over logistics to the finance sector — by harnessing the laws of quantum physics, quantum computers can solve both local and global problems in… | ||
| Welcome Day Two | Lukas Klingholz | 01m |
Welcome and agenda outline for Day Two frame concrete goals: how to generate industrial impact by measuring adoption pipelines, what it takes to boost… | ||
| Quantum Computing- Exploring Automotive Applications | Carsten Sapia | 14m |
BMW Group maps more than 50+ use cases across three clusters — process optimization (production sequencing, logistics, robot paths), material science… | ||
| Quantum Software for Today’s Industry | Román Orús | 19m |
Multiverse Computing describes concrete results: a one‑click spreadsheet plugin called Singularity that sends portfolio problems to cloud quantum processors… | ||
| Quantum computing - competitive advantage or security risk? | Carina Kießling | 21m |
EY claims a practical path to quantum readiness, running a quantum space experience center in Munich, publishing a QKD network with BT and Toshiba in the UK… | ||
| Quantum Computing @ Deutsche Bahn and How It Started | Jörg Blechschmidt | 15m |
2017 puts quantum on the radar after media hype; evaluation uses a 10‑year horizon and business‑value metrics tied to revenue, disruption and regulation. 2019… | ||
| The Secret of Getting Ahead Is Getting Started | Andreas Rohnfelder | 25m |
Fujitsu presents concrete routes to value: a digital annealer emulator already solves combinatorial problems today rather than waiting for universal quantum… | ||
| Automated Scheduling in the Healthcare Sector | Stefan Klußmann | 21m |
A Munich software startup with ~70 staff automates hospital shift rostering using a genetic algorithm that replaces Excel, cuts coordination from 6.5 to 1.5… | ||
| The Value of Quantum Benchmarking | Jean-Francois Bobier | 20m |
Argues that simple fidelity or qubit count is misleading and that meaningful benchmarking uses metrics like quantum volume, gate speed, and connectivity plus… | ||
| Defining standards in QC- existing structures and IBM's perspective | Marius Loeffler | 24m |
Defines existing standards activity: national DIN SPEC 9144 for post‑quantum encryption, ISO WG14 terminology work and a European FGQT roadmap being drafted… | ||
| The European Quantum Industry Consortium | Thierry Botter | 11m |
QuIC describes itself as a pan‑European industry association that formed founded early 2021 and scaled from 14 founding members to 154 members within a year… | ||
| From the Quantum Flagship to a European ecosystem | Tommaso Calarco | 17m |
European effort moves from research into deployed infrastructure: flagship investments grow to about seven billion euros (roughly 2+ billion by the European… | ||
| Quantum Computing for SMEs | Andreas Boehm | 09m |
Program helps SMEs assess quantum relevance by mapping real company problems into quantum-suitable math, running student projects and master theses, and… | ||
| The Quantum Workforce and Educational Resources | Araceli Venegas-Gomez | 23m |
Claims that PhD output has stayed roughly flat over five years while job openings grow year‑on‑year, creating a talent bottleneck; recommends short‑term… | ||
| Education from an Industrial Perspective | Horst Weiss | 21m |
BASF reports five years of hands-on work: early collaboration with a startup to test quantum chemistry use cases, resource estimates show a hardware gap of… | ||
| What Do We Expect From an Application-Oriented Ecosystem in Germany | Andreas Boehm, Thierry Botter, Tommaso Calarco, Carsten Polenz | 51m |
Germany and Europe need an integrated ecosystem that builds end-user-focused benchmarks and shared standards, funds pilot lines and cloud access, and pushes… | ||
| Closing Remarks | Natalia Stolyarchuk | 05m |
Conference concludes that there are already concrete ways to start developing applications today by focusing on application-centered technology transfer… | ||
| Quantum Computing and Society | Pieter Vermaas | 21m |
Current framing pits a physics-and-computer-science core against society as an outside block, a profitable narrative that attracts investment by promising… | ||
| Which qubit is the best- The current state of the art in different | Roman Bansen | 21m |
Six platforms get concrete details: superconducting qubits use Josephson junctions on chips and microwaves, currently ~50–150 qubits and industry roadmaps to… | ||
| Quantum Computing and the Open Source Ecosystem | Ingo Boernig | 20m |
Claims that quantum will sit as a co‑processor model accessed mostly via cloud and that open source abstraction layers must prevent vendor lock‑in; lists… | ||
| Education on Quantum Computing | Oliver Bodensiek, Samantha Edmondson, Sebastian Hassinger, Araceli Venegas-Gomez, Horst Weiss | 45m |
Panel reports concrete steps: industry already offers CPD certification and university–industry master and PhD tracks, national institutes are building user… | ||
| Quantum Computing in the Cloud | Sebastian Stern | 18m |
Amazon Bracket is a fully managed service that lets users develop algorithms on local and managed simulators and run them on multiple hardware providers; local… | ||
| Quantum Computing as a Service- Cloud-based and automized QML Solu | David Niehaus | 20m |
AutoQML integrates quantum models into AutoML pipelines, targeting quantum kernel methods and quantum neural networks for small, industrial datasets and… | ||
| Extracting maximum value from today's quantum computers while prep | Nir Minerbi | 19m |
Classiq synthesizes gate‑level circuits from high‑level functional models, explores the full design space and emits hardware‑aware outputs for Qiskit, Q#… | ||
| Software for Quantum Computing- Easing Solutions for Complex | Hans Ehm | 21m |
Project QUEST builds an abstraction and tooling pipeline that decomposes industrial optimization into classical and quantum parts, maps subproblems onto parity… | ||
| Using hybrid quantum-classical convolutional neural networks to id | Andrea Matic | 19m |
Hybrid quantum-classical convolutional nets replace some convolutional layers with quantum circuits and train variational parameters, evaluated on breast… | ||
| Post-Quantum Cryptography- Preparing digital communication for a Q | René Meusel, Lukas Zeller | 20m |
Estimates show 20 million physical qubits → 4,000 logical qubits can break RSA‑2048 in about eight hours while IBM targets ~1,121 physical qubits for 2023, so… | ||
| The strategic relevance of quantum computing for logistics companies | Ronald Bieber, Manfred Rieck | 21m |
Deutsche Bahn embeds quantum on its roadmap, runs a small D‑Wave QUBO with real station and train data and concludes target machines would need about 200,000… | ||
| Quantum inspired Traffic Light Optimization | Fritz Schinkel | 19m |
A port traffic experiment uses Nagel‑Schreckenberg cellular automaton and PTV Visum plus Fujitsu’s Quantum-inspired optimization pipeline to choose signal… | ||
| Bringing together the Financial Services Quantum Computing communiyt | Jan Rosam | 15m |
Consortium-led initiative from EY with IBM and TechQuartier organizes industry events and a June demo to push concrete financial use cases: a Deutsche… | ||
| Monte Carlo on noisy quantum computers | Sven Kerstan | 20m |
Claims that quantum Monte Carlo (amplitude/phase estimation) can run on noisy hardware by splitting deep phase‑estimation circuits into many shallow circuits… | ||
| How the Parity Architecture helps predict Financial Crashes | Ben Niehoff | 21m |
Parity Quantum Computing’s parity architecture rewrites a higher‑order Hamiltonian so each original interaction becomes one physical qubit, trading logical… | ||
| Modelling Carbon Capture on Metal-Organic Frameworks with Quantum | Maud Einhorn | 20m |
Collaboration with TotalEnergies uses Quantinuum chemistry tools to model CO2 binding on an aluminium fumarate fragment using DMET fragmentation to isolate the… | ||
| Quantum Algorithm for Molecular Property Characterization | Todd Law | 22m |
Combination of Fujitsu Digital Annealer with OTI Lumionics’ IQCC maps the Schrödinger equation into a CUBO and runs quantum‑inspired optimization on real… | ||
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