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Altair and Technical University of Munich Discover Breakthrough in Quantum Computing for Computational Fluid Dynamics

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Research details solutions for several key challenges of quantum computing implementation

TROY, Mich., Oct. 9, 2024 /PRNewswire/ — Altair (Nasdaq: ALTR), a global leader in computational intelligence, and researchers from the Technical University of Munich have made a major breakthrough in the field of quantum computing for computational fluid dynamics (CFD). The breakthrough, published in the journal Computer Physics Communications, presents runnable code for quantum computers and quantum simulators that overcomes several key challenges of the quantum computing implementation of the Lattice-Boltzmann Method.

The paper, titled “Quantum Algorithm for the Lattice-Boltzmann Method Advection-Diffusion Equation,” was developed under a research grant from Altair and driven by researchers from the Technical University of Munich. It is a significant contribution to the field of applied quantum computing that underscores Altair’s commitment to pioneering technologies. The paper was co-authored by Altair Vice President of CFD Solutions Christian Janssen and former Altair Chief Technology Officer Uwe Schramm.

“Altair is committed to pushing the boundaries of simulation technology,” said Christian Janssen, vice president of CFD solutions, Altair. “Our GPU-powered CFD tools have set the standard for efficiency and accuracy. Now, we’re exploring the revolutionary potential of quantum computing to tackle even more complex simulations, opening up new possibilities for innovation in product design and engineering.” 

The research presents, for the first time, a generic quantum CFD algorithm for three-dimensional CFD. The algorithm has the potential to bring fully nonlinear three-dimensional CFD to the quantum world. This is a game changer for next-generation CFD and simulation-based design as the findings demonstrate the tremendous possibilities in terms of model size and scalability that quantum computing offers compared to classical computing. It also reinforces that quantum computing isn’t just theoretical but will become a practical tool to tackle real-world problems. It opens a new realm of possibilities in fields traditionally governed by classical physics, like CFD, by enabling the practical application of quantum computing.

The project’s objective was to develop an algorithm for quantum computational fluid dynamics (CFD) using the Lattice Boltzmann Method (LBM). Making classical CFD compatible with quantum mechanics allows users to leverage quantum computing’s superior processing power for simulations that are exponentially faster and potentially more accurate than classical computations.

Because of its potential to exponentially increase computing speed and enable more complex simulations, quantum computing is expected to have a substantial impact on product development within many industries, namely healthcare, finance, and the natural/life sciences.

“This is an important discovery for both our team and the Altair researchers, one that has the potential to open a new dimension of quantum computing,” said Nikolaus Adams, professor and chair of aerodynamics and fluid mechanics, Technical University of Munich. “We have presented the building blocks for a new generation of quantum computing algorithms, which will hopefully bring more practical quantum computing applications to the forefront in both industry and academia.”

As discussed in a similar paper by the same group of researchers, today’s quantum computing algorithms are developed at the deep machine level by designing quantum circuits. Classical CFD is non-unitary and non-linear, while quantum formulations are unitary and linear. The research found a unitary transformation for classical CFD in addition to developing a machine learning approach for the non-linear aspect.

The paper’s authors include the Technical University of Munich‘s David Wawrzyniak, Josef Winter, Steffen Schmidt, Thomas Indinger, and Nikolaus A. Adams, alongside Janssen and Schramm. All quantum computing was performed at the Leibniz Supercomputing Centre, near Munich, Germany, on the Atos QLM system.

This research is the latest in a string of developments catalyzed by Altair’s investment in quantum computing. Notably, Altair has also invested in Riverlane, a company specializing in making quantum computing more robust and more practical by solving quantum error correction (QEC) challenges. Headquartered in Cambridge, U.K., Riverlane was founded in 2016 and is known for Deltaflow, a unique QEC stack helping quantum computers reach sufficient scale to execute the first error corrected quantum applications.

Click here to read the full paper: “Quantum Algorithm for the Lattice-Boltzmann Method Advection-Diffusion Equation.” To learn more about Altair’s CFD solutions, visit https://altair.com/altair-cfd.

About Altair

Altair is a global leader in computational intelligence that provides software and cloud solutions in simulation, high-performance computing (HPC), data analytics, and AI. Altair enables organizations across all industries to compete more effectively and drive smarter decisions in an increasingly connected world – all while creating a greener, more sustainable future. To learn more, please visit www.altair.com.

Media contacts

Altair Corporate

Altair Investor Relations

Bridget Hagan 

Stephen Palmtag

+1.216.769.2658

+1.669.328.9111

corp-newsroom@altair.com

ir@altair.com

Altair Europe/The Middle East/Africa

Charlotte Hartmann

+49 7031 6208 0

emea-newsroom@altair.com

 

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Connatix and JW Player Merge To Create the Industry’s Largest Video Technology and Monetization Platform

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Advanced offering brings unparalleled monetization and streaming capabilities across CTV and OLV for broadcasters, publishers, and advertisers

NEW YORK, Oct. 9, 2024 /PRNewswire/ — JW Player (JWP), the leading video streaming and data insights platform, today announced it is merging with Connatix, the leading video delivery and monetization solution, forming JWP Connatix. By unifying JWP’s broadcast-level live and on-demand streaming, data, and workflow capabilities with Connatix’s full stack advertising and content technology, JWP Connatix becomes the industry’s most comprehensive independent video technology and monetization platform for broadcasters, publishers, and advertisers.

This merger arrives as the digital video ecosystem is experiencing transformational change. Consumers are increasingly cutting the cord in favor of Connected TV (CTV) and streaming services, leading to rapid shifts in global advertising spend and the emergence of new direct-to-consumer subscription and pay-per-view offerings. In 2024, global CTV ad revenue will surpass $30 billion, while the top ten streaming services alone will support nearly 1 billion subscribers. Given this, publishers, broadcasters, and advertisers must transform their video strategies to meet these evolving viewer expectations and business needs.

“How and where viewers consume video is rapidly changing. As a result, media companies require innovative solutions that allow them to maximize audience engagement and help optimize revenue across disparate monetization models, whether it be advertising, subscriptions or commerce,” said David Kashak, Co-founder and CEO of Connatix. “Together, JWP Connatix fulfills that requirement, by accelerating our companies’ mutual visions to create environments where premium video viewing, powered by best-in-class technology, meets high-quality monetization experiences, enabling media leaders to deliver exceptional results.”

JWP Connatix creates an indispensable partner in this rapidly changing video ecosystem, powering streaming for over 2,000 blue-chip media companies, including 80% of the top 25 Comscore US publishers. As the largest independent global video network across CTV and OLV, the company reaches over 1 billion unique users and delivers 30 billion+ combined video plays and ad impressions every month. Key benefits for customers include: 

Global reach and reliable scale: Streaming 7 billion minutes of VOD and live content to over 1 billion unique users on any screen around the worldHybrid monetization models: Support for subscription, advertising and e-commerce business models, leveraging insights from content and audiences to help maximize revenueUnique insights to optimize outcomes: Leverage AI to combine trillions of contextual, consumption, and monetization data signals to match customers with content and ads, boosting engagementSingle end-to-end platform for OLV and CTV: Streamlined video management platform enabling diverse monetization opportunities across content, commerce, and creative

“By joining forces, JWP Connatix ushers in a new era for digital video. The complementary nature of our  businesses enables us to bring a unique combination of scale, product breadth, and industry expertise to the market,” added Dave Otten, CEO and Co-Founder of JWP. “Perhaps more importantly, we are bringing together two knowledgeable, and dedicated teams, whose skill-sets and values are a perfect match. We could not be more excited about this partnership and look forward to shaping the future of digital video together.”

As part of the transaction, Dave Otten will become CEO of the combined company, while David Kashak will serve as its Chairman. JWP Connatix will be headquartered in New York City with additional offices in London, Cluj-Napoca, Eindhoven, Skopje, and Tel Aviv.

About Connatix

Connatix is a video technology company that powers the world’s stories with effortless and inspiring solutions. Through a proprietary full-stack platform, Connatix helps publishers deliver, monetize, analyze and create video, while providing advertisers with premium video inventory and a collection of data intelligence solutions including Deep Contextual™and predictive audience targeting.  Sitting at the forefront of innovation, Connatix leverages the power of AI to optimize revenue and ensure relevancy, efficiency and scale across campaigns.

Connatix currently works with 350+ publisher groups across thousands of sites and leading brands and agencies. The private equity-backed business has been named an AdExchanger Programmatic Power Player for two consecutive years and included on the Inc. 5000 list of the fastest growing companies for three consecutive years. Founded in 2014, Connatix is headquartered in New York City and continues to expand its global footprint with offices in London, Cluj-Napoca, and Tel Aviv.

About JWP

JW Player (JWP) is a leader in video streaming and player technology, providing broadcasters and publishers with a platform for delivering and monetizing video content across web, OTT, CTV, and FAST platforms. JWP’s technology helps deliver exceptional video experiences, engage audiences, and increase viewing time. Pioneering innovations like HLS streaming, header bidding for video, and contextual content recommendations, JWP offers a comprehensive end-to-end streaming management platform. Founded in 2008, JWP is one of the fastest growing SaaS companies in the world with a vision to power video-driven businesses so they thrive in the digital video economy.  Serving over 2,000 global broadcasters, publishers, and video-driven brands, JWP powers video for over 1 billion users each month and 5 billion minutes of video watched. Headquartered in New York, JWP has offices in London, Eindhoven, and Skopje.

Media Contact
Cassady Nordeen
cassady@purposenorthamerica.com

 

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SOURCE Connatix

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Proteotype Awarded £1.5 Million Grant to Advance Early Cancer Detection with Innovative Enlighten® Test

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CAMBRIDGE, United Kingdom, Oct. 9, 2024 /PRNewswire/ — Proteotype Diagnostics Ltd, in collaboration with the University of Southampton, has been awarded £1.5 million in funding from the National Institute for Health and Care Research (NIHR) and the Office for Life Sciences (OLS). The grant (NIHR207538) will support clinical validation of Proteotype’s novel Enlighten® Multi-Cancer Early Detection test, a revolutionary approach to detecting early-stage cancers by focusing on the body’s response to tumour development.

A Breakthrough in Early Cancer Detection

While many cancer diagnostics rely on tumour-released signals, such as circulating tumour DNA, which is often only detectable once cancer has progressed, Enlighten® takes a different and potentially more powerful approach. It measures the host response to tumour development, tracking changing levels of proteins that occur even in the earliest stages of cancer.

Initial results have been promising. At AACR 2024, Proteotype reported a detection rate of 86% across multiple cancers, with a 0% false-positive rate and strong signals for early-stage cancers. The test now needs to be validated in a larger group of patients, enabling a statistically powered calculation of performance.

Dr. Emma Yates, co-founder and Chief Scientific Officer at Proteotype Diagnostics, said: “When cancer is discovered earlier, patients have more treatment options and better outcomes. Enlighten® is designed to disrupt, detecting cancer as early as the immune system, whilst remaining simple enough yet robust enough to fit existing care pathways and NHS needs.”

Focused on Health Equity

Enlighten® will be trialled in real-world NHS settings with a specific focus on reaching higher-risk, underserved populations. The MODERNISED clinical study, led by Professor Andrew Davies from the University of Southampton Experimental Cancer Medicine Centre, will recruit 1,350 participants across Southern England, targeting cancers with high mortality rates in socio-economically deprived areas, such as colorectal, lung, and pancreatic cancers.

Wesley Sukdao, co-founder and CEO of Proteotype Diagnostics shared: “Growing up in poverty in South Africa, I lost three of my closest family members to cancers detected too late, all before I turned fourteen. To meaningfully impact health inequalities, cutting-edge cancer diagnostics must be both affordable and accessible. My team and I are focused to deliver on this mission.”

Driving Cost-Effective Screening for the NHS

Enlighten® does not require highly expensive, specialised equipment or consumables. Affordable laboratory kits applied to crude patient plasma enable easy scale-up for mass screening. With low data requirements and results within 24-hours of sample measurement, it is well positioned for NHS-wide adoption.

MODERNISED will be accompanied by a Health Economic Evaluation to ensure it delivers clinical benefit and meets NHS financial goals.

A Critical Step Forward

This grant is part of a UK Government commitment of £22.5m to deliver the OLS Cancer Programme. The NIHR i4i-OLS call forms part of this programme. Over the next 24-months, Enlighten® will undergo clinical validation, bringing it closer to regulatory approval and potential integration into NHS cancer screening programs.

Professor Andrew Davies, Chief Investigator (MODERNISED), commented: “Enlighten is innovative, capturing changing levels of proteins released into the bloodstream even in the earliest cancer stages. If Enlighten performs well in MODERNISED, it could mark a step change in early cancer diagnostics.”

About Proteotype Diagnostics Ltd

Proteotype is a pioneering diagnostics company dedicated to the development of advanced multi-cancer early detection and personalised medicine tests that measure the host response to tumour development. By leveraging cutting-edge technologies and comprehensive research, Proteotype aims to revolutionise cancer diagnostics and improve early detection, ultimately enhancing patient outcomes and survival rates.

Media contact: pr@proteotype.com 

Email invest@proteotype.com to partner and bring this test to a clinic near you.

 

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SOURCE Proteotype Diagnostics

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DCS Awarded $70.7M Contract to Support Army’s Ground Vehicle Systems Center

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ALEXANDRIA, Va., Oct. 9, 2024 /PRNewswire/ — DCS Corporation is pleased to announce the award of the U.S. Army Combat Capabilities Development Command (DEVCOM) Ground Vehicle Systems Center (GVSC) Ground Vehicle Simulation Lab (GVSL) contract valued at $70.7M.

Under this 5-year contract, DCS will continue to provide technical services to the U.S. Army (DEVCOM) GVSC Immersive Simulation Directorate (GVSC-IS) in Warren, Michigan. GVSC-IS is home to a world-class facility that develops and applies physics-based simulations, simulators, crew station design, and virtual simulation in support of Army ground combat vehicle technology research, development, and maturation. Under this contract, DCS will provide technical services for: Immersive Ground Vehicle Simulation development, integration, and execution; Ride Motion Simulation and Crew Station/Turret Motion Based Simulation; crew station development and integration; and conduct and evaluation of Virtual Experimentation. The technology developed will advance the Army’s ability to evaluate concept and existing vehicle systems mobility, durability, and operations on the move.

“For more than 20 years, DCS has supported GVSC-IS and U.S. Army Tank-Automotive and Armaments Command in conducting motion-based and large-scale experiments at the world-class GVSL modeling and simulation facilities,” commented Bill Protzman, DCS President and COO. “We are excited to continue supporting GVSC-IS and the Warfighter.”

DCS has been a trusted partner of the U.S. Army GVSC and its predecessor organizations for more than 35 years. DCS employee-owners work alongside Government counterparts to further the research, development, acquisition, integration, testing, fielding, and post-fielding operations of manned and unmanned ground vehicles. These Government-contractor teams develop and deliver innovative solutions to support the mission of the Army.

About DCS An employee-owned company, DCS offers advanced technology, engineering, and management solutions to Government agencies in the national security sector. The transformative ideas, commitment to quality, and entrepreneurial spirit that characterize our employee-owners allow us to ensure the success of each customer’s mission and actively contribute to the well-being of the Nation. For more information, please visit: https://www.dcscorp.com

Contact: DCS Media, dcsmedia@dcscorp.com, 571-227-6000

DISTRIBUTION STATEMENT A. Approved for public release; distribution is unlimited. OPSEC9069

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SOURCE DCS Corporation

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