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June: photonic sensors | News and features – University of Bristol

A Bristol-led team of physicists has found a way to operate mass manufacturable photonic sensors at the quantum limit. This breakthrough paves the way for practical applications such as monitoring greenhouse gases and cancer detection.

Sensors are a constant feature of our everyday lives. Although they often go unperceived, sensors provide critical information essential to modern healthcare, security, and environmental monitoring. Modern cars alone contain over 100 sensors and this number will only increase.

Quantum sensing is poised to revolutionise today's sensors, significantly boosting the performance they can achieve. More precise, faster, and reliable measurements of physical quantities can have a transformative effect on every area of science and technology, including our daily lives.

However, the majority of quantum sensing schemes rely on special entangled or squeezed states of light or matter that are hard to generate and detect. This is a major obstacle to harnessing the full power of quantum-limited sensors and deploying them in real-world scenarios.

In a paper published in Physical Review Letters, a team of physicists at the Universities of Bristol, Bath and Warwick have shown it is possible to perform high precision measurements of important physical properties without the need for sophisticated quantum states of light and detection schemes.

The key to this breakthrough is the use of ring resonators tiny racetrack structures that guide light in a loop and maximize its interaction with the sample under study. Importantly, ring resonators can be mass manufactured using the same processes as the chips in our computers and smartphones.

Alex Belsley, Quantum Engineering Technology Labs (QET Labs) PhD student and lead author of the work, said:We are one step closer to allintegrated photonic sensorsoperating at the limits of detection imposed by quantum mechanics.

Employing this technology to sense absorption or refractive index changes can be used to identify and characterise a wide range of materials and biochemical samples, with topical applications from monitoring greenhouse gases to cancer detection.

Associate Professor Jonathan Matthews, co-Director of QETLabs and co-author of the work, stated: We are really excited by the opportunities this result enables: we now know how to use mass manufacturable processes to engineer chip scale photonic sensors that operate at the quantum limit.

Paper:

'Advantage of coherent states in ring resonators over any quantum probe single-pass absorption estimation strategy,' by Alexandre Belsley, Euan J. Allen, Animesh Datta, and Jonathan C. F. Matthewsis published in Physical Review Letters.

The Quantum Engineering Technology Labs (QET Labs)

QET Labs was launched in 2015, with the mission to take quantum science discoveries out of the lab and engineer them into technologies for the benefit of society. This includes novel routes to quantum computing hardware, quantum communications, enhanced sensing & imaging and new platforms to investigate fundamental quantum physics. QET Labs brings together over 28 million worth of activity and comprises over 100 academics, staff, and students in the Schools of Physics and Electrical and Electronic Engineering. Read more: https://www.bristol.ac.uk/qet-labs/

Bristol's EPSRC-fundedQuantum Engineering Centre for Doctoral Trainingoffers an exceptional training and development experience for those wishing to pursue a career in the emerging quantum technologies industry or in academia. It supports the understanding of sound fundamental scientific principles and their practical application to real-world challenges.

Bristol Quantum Information Institute

Quantum information and its translation into technologies is one of the most exciting research activities in science and technology today. Long at the forefront of the growing worldwide activity in this area, the Bristol Quantum Information Institute crystallises our research across the entire spectrum, from theory to technology. With our expert cross-disciplinary team, including founders of the field, we have expertise in all major areas of theoretical quantum information science and in experiment. We foster partnerships with the private sector and provide superb teaching and training for the future generation of quantum scientists and engineers and the prototypes of tomorrow.

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Sectigo Ushers in Rise of Identity-First Security at Leading Cybersecurity Events, RSA Conference 2022 and FIC 2022 – GlobeNewswire

Roseland, NJ, June 06, 2022 (GLOBE NEWSWIRE) -- Sectigo, a global leader in digital certificates and automated Certificate Lifecycle Management (CLM), today announced it is sponsoring and speaking at two of the leading international cybersecurity events, RSA Conference (RSAC) 2022 in San Francisco, California, and The International Cybersecurity Forum (FIC) in Lille, France, this week. Sectigo executives will discuss the rise of identity-first security and why digital trust and identity management must be top priorities for every business to securely transact in remote and hybrid work environments.

RSAC, which takes place June 6 to 9, and FIC, June 7 to 9, feature the most influential thinkers in cybersecurity today, discussing current and future trends to empower organizations around the world to stand against cyber threats. Sectigo, a Gold Sponsor of RSAC (booth #S-1627) and a Bronze Partner of FIC (stand E22), will demo the most open, simple, cost-effective, and comprehensive CLM platform providing organizations with a single solution for all their human and machine security.

Todays cyber threats are increasingly sophisticated and implementing identity-first security frameworks to authenticate and validate all digital identities both humans and the machines is now table stakes for every organization. The consequences of not prioritizing digital trust are dire, especially as we forge ahead with hybrid-multicloud, decentralization, and Web3, and as quantum computing inches closer to reality, said David Mahdi, Chief Strategy Officer and CISO Advisor at Sectigo and former Gartner analyst.

Mahdi continued: Sectigo recognizes that CISOs, CIOs, and their teams struggle to deal with a widening security perimeter with millions of endpoints and managing the many siloed and incompatible security solutions in their IT tech stacks. Thats why we are innovating technologies that are open and interoperable, that aid CISOs and their teams with consolidation strategies. In addition, were developing cost-effective solutions with a host of IT environments, including digital certificate types, use cases, and origins. Ultimately, this allows CISOs and CIOs to consolidate their legacy and siloed digital certificate, lifecycle management, and PKI solutions into one offering. We are pleased to join the critical discussions occurring around cybersecurity at these premier industry events and look forward to connecting with attendees and strategic partners to help them strengthen their security postures and securely conduct business.

Sectigo leadership will demo solutions at both events that solve new and emerging enterprise use cases for digital certificates, including:

Plus, Sectigo experts will look ahead to help IT leaders future-proof their businesses for managing identities in the new world of Web3 and the Metaverse, and for the advent of quantum computing, which will require the adoption of quantum-resistant cryptography. Sectigo Quantum Labs enables enterprises to create hybrid quantum-safe certificates.

Quantum computing is a very real threat, and now is the time to start planning for fast, efficient, and error-free deployment to new cryptographic standards that are soon to be available, said Tim Callan, Chief Compliance Officer, Sectigo. Both government and private industry alike should be preparing today, or they risk being late.

Sectigo is hosting two exclusive sessions at RSAC:

Sectigo also won two Global InfoSec Awards 2022 from Cyber Defense Magazine, announced today at RSA: Editors Choice Security Company of the Year and Cutting Edge in Enterprise Security.

Sectigo embodies three major features we judges look for to become winners: understanding tomorrows threats, today, providing a cost-effective solution and innovating in unexpected ways that can help mitigate cyber risk and get one step ahead of the next breach, said Gary S. Miliefsky, Publisher of Cyber Defense Magazine.

Visit http://www.sectigo.com/rsac22 to schedule a meeting at RSAC.

About Sectigo

Sectigo is a leading provider of digital certificates and automated Certificate Lifecycle Management (CLM) solutions - trusted by the worlds largest brands. Its cloud-based universal CLM platform issues and manages the lifecycles of digital certificates issued by Sectigo and other Certificate Authorities (CAs) to secure every human and machine identity across the enterprise. With over 20 years of experience establishing digital trust, Sectigo is one of the longest-standing and largest CAs with more than 700,000 customers, including 36% of the Fortune 1000. For more information, visit http://www.sectigo.com.

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Cybersecurity in space: how Thales is meeting the challenges ahead – Thales

From communication, navigation and Earth observation satellites to scientific research and exploration, the space industry is coming to play a crucial role in the daily lives of individuals, businesses and governments.

But new security issues are emerging at the same time. Today's space systems must be built to withstand cyberattacks, which could disrupt these essential services and are becoming more and more complex to counter.

Thales is a key player in the space and satellite industry, and also has world-class expertise in cybersecurity, with 3,500 cyber experts working for both civil and military customers. As a result, the Group naturally has a pivotal role to play in meeting the cybersecurity challenges in the steadily expanding space sector.

Malicious cyber activity is constantly evolving, and cyberattackers are becoming ever more imaginative. From compromising the software in ground systems and stealing sensitive data, to jamming satellite signals, hacking in-orbit satellites and using spy satellites, their techniques are becoming more and more innovative and can have significant consequences for civil and military users:

New technologies create new forms of cyber threat. Within about a decade, for example, quantum computing will take processing power to new level and could defeat today's security systems in record time. So its important to act today to develop the post-quantum encryption algorithms that can thwart tomorrow's cyberthreats.

Thales occupies a unique position at the intersection of space and cybersecurity. The Group continues to set new standards of excellence in space system engineering and system architectures, and its cybersecurity solutions encompass everything from training and prevention to cyberattack detection, response and remediation.

The Group provides a comprehensive range of services spanning secure system architectures, data encryption, intrusion detection sensors and Cybersecurity Operations Centres, as well as a Cyber Threat Intelligence service to better understand the threats to space-based systems. Thales also develops customised instruction, training and simulation tools and services to help customers expand their knowledge and hone their cybersecurity skills.

By combining all this talent and resources, Thales is helping to protect space and satellite systems at national, European and international level.

In the event of a successful cyberattack, Thales's rapid response teams help ensure a swift return to normal operations, for example by remotely reconfiguring satellites and remediating compromised workstations on the ground.

The space sector and cybersecurity are both evolving rapidly, with disruptive technologies such as Low Earth Orbit (LEO) constellations, reconfigurable satellites, critical services security, cloud computing, artificial intelligence and post-quantum cryptography.

Thales always endeavours to anticipate tomorrow's challenges today, and is constantly looking for new talent to help defend the space industry from cyberthreats as it becomes ever more crucial to our daily lives, said Lionel Salmon, Spatial and Information systems director, CyberDefence Solutions.

In 2022, Thales is recruiting 11,000 people worldwide, including 1,000 cybersecurity engineers, to help to overcome the technological challenges to the development of our societies in the field of cybersecurity.

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Government to unveil strategy to boost UK tech industry – GrowthBusiness.co.uk

Industry health: the government's strategy document will focus on the UK's digital health sector

The department for culture, digital and sport is to unveil plans to boost the UK tech economy following Brexit and the pandemic.

The 50-page digital strategy document, which is expected to draw together a list of existing tech policies into one document, will focus on increasing investment into AI, resources into quantum computing and digital health according to reports.

The strategy is also expected to say the UK needs to strengthen its position globally with next generation semiconductors, after concerns the UK is losing ground to Asia.

Last month, a review was launched into a Chinese-owned companys takeover of Newport Wafer Lab, a Welsh manufacturer of silicon wafers used in the production of semiconductors.

Some of the policies could be announced during London Tech Week, which begins on June 13 and runs at the same time as similar tech events in Paris, Barcelona, Amsterdam, Dublin and Berlin.

The UK tech sector reached a landmark 1 trillion valuation in March, trailing only the ecosystems of the US and China. It is also currently producing the most tech unicorns in Europe.

According to Tech Nation, the UK is fourth in the world for tech investment at 33.3bn ($40.8bn), having achieved a record year in 2021. Tech scale-ups contributed just over half of this investment in 2021, peaking at 16.9bn ($21.2bn).

However, the UKs earliest-stage tech start-ups risk being starved of investment according to a report from Google. Its report found the proportion of funding for earliest-stage tech start-ups fell from 15 per cent of the overall investment in the UK technology sector in 2011 to 4.9 per cent last year.

The news of a new strategy follows calls from CBI last month on the government to unlock investment in digital and build business confidence and willingness to invest by publishing the long-awaited digital strategy.

Venture Capital Trusts driving early stage UK tech funding

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Jrue and Lauren Holiday Announce Third Round of Funding for Black-owned Businesses and Nonprofits, Providing Up to $1,000,000 in Grant Funding and…

NBA All-Star and 2021 NBA Champion, Jrue Holiday, and two-time Olympic gold medalist, Lauren Holiday, announce the 2022 recipients of the JLH Social Impact Fund grants to Black-owned small businesses and nonprofits. Grants are awarded to businesses and nonprofits focused on social impact and creating a more equitable future for underserved communities.

This third round of grant funding is a continuation of Jrues pledge during the 2019-2020 season to donate a portion of his salary to the JLH Social Impact Fund, to assist marginalized and underrepresented communities with the funding, mentorship and resources needed to survive.

We are so excited to announce our third round of grant funding to these very deserving Black-owned businesses and nonprofits, who are helping their communities thrive. Every year we grow our extended JLH family with the hope of shining a light on the need, but also to be an example of how real change occurs when you invest directly in the communities and the people who are underserved, said Jrue and Lauren Holiday.

In addition to the coaching and training provided to recipients from FundBlackFounders, the JLH Fund has also tapped additional resource partners like Homebase, Baker Tilly, and CommunityX, for specialized professional guidance and services. Alexys Feaster, who oversees the JLH Social Impact Fund said, we are focused on finding the right people and partners to expand the menu of resources for Black-owned businesses and nonprofits because Jrue and Lauren want to build a community of support. There are many other athletes and people of influence who want to give back and weve built a process that people can contribute to and the impact is immediate.

Additionally, The Lenovo Foundation has awarded support to the JLH Fund in the amount of a $50,000 cash donation; while Motorola donated 300 Moto G Stylus phones to help JLH Fund grantees incentivize

their crowd funding campaigns and implement a pay it forward initiative, while also capturing content that documents their journey within their communities.

The 2022 JLH Social Impact Fund grantees announced today are outlined below and more information on each business and nonprofit can be found at http://www.jlhfund.org/2022grantees.

Indianapolis Area Black-Led Nonprofits: National Black Womens Justice Institute, She Event Indy

Indianapolis Area Black-Owned Businesses: Art by Deonna Craig, Rise House Fitness Studio, MELI LLC, Radford Woodworks

Los Angeles Area Black-Led Nonprofits: Kids in the Spotlight (KITS), Parenting for Liberation, Restoration Community Development Corporation, SoLA Robotics, BNURDE Inc, Los Angeles Room and Board, Its Bigger Than Us, The Handy Foundation

Los Angeles Area Black-Owned Businesses: Community X, Ceylon by Anim Labs, CISE, GBG Hoops Now U Talking, Phenom Performance, Play Black Wall Street

Milwaukee Area Black-Led Nonprofits: Metcalfe Park Community Bridges, Inc., Re- Imagine Education

Milwaukee Area Black-Owned Businesses: Jet Constellations, Turning Tables Tavern and Eatery

New Orleans Area Black-Led Nonprofits: The Thurman Perry Foundation, Directed Initiatives for Youth, Inc

New Orleans Area Black-Owned Businesses: The Safety Pouch

Additional Black-Led Nonprofit Grantees: 1 Million Madly Motivated Moms (LV), The 3rd (MD), Dream Builders 4 Equity (MO), We are Warrior Girls (OH), Planting People Growing Justice Leadership Institute (MN), Women Empowering Nations (OK), Give N Grow Sports, Inc (MD), Represented Foundation (NY), Sports and Entertainment Equality Network (SEEN) (NY), Team Thompson Family Foundation (PA), Tankproof (Various states)

Additional Black-Owned Business Grantees: C. Suite (GA), Her Agenda (NY), Black Girls Healing House (AL), xHood, LLC (DC), Unskrypted (DC), DOPE Cider House and Winery (OH), The Safety Pouch (NO), Make Music Count (GA), Disrupt Art Inc. (OH), Pass the Peaz, LLC (SC), Vilij (CA)

For media inquiries, partnership opportunities or for more information, please contact info@jlhfund.org.

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WILLOW BIOSCIENCES INCORPORATES INSCRIPTA’S ONYX PLATFORM TO EXPAND STRAIN ENGINEERING CAPABILITIES AND THROUGHPUT – Yahoo Finance

CALGARY, AB and MOUNTAIN VIEW, Calif., June 6, 2022 /CNW/ - Willow Biosciences Inc. ("Willow" or the "Company") (TSX:WLLW) (OTCQB: CANSF), a leading biotechnology company focused on revolutionizing industrial manufacturing of pure, consistent and sustainable ingredients along with Inscripta, a global leader in automated, CRISPR-based gene editing technology, announced today that Willow has incorporated the Onyx Genome Engineering Platform into its strain engineering workflows.

Willow Biosciences Inc. Logo (CNW Group/Willow Biosciences Inc.)

Having previously been a part of Inscripta's early access program, Willow has a deep appreciation for the value that automated, parallel genome editing capability brings, especially to a lean biotech company. The integrated and intuitive interface of the benchtop Onyx instrument uses best-in-class gene editing technology, enabling scientists to rapidly perform multiplexed, whole genome CRISPR edits at the push of a button.

The Onyx platform will further accelerate Willow's genetic editing capabilities and throughput and positively impact timelines for the commercial development of its FutureGrownmolecules and subsequent reduction in time to market. Incorporation of the Onyx platform into Willow's proven workflow will enable its team to engineer strains more rapidly, giving researchers back invaluable time to focus on intelligent library design and data analysis.

"Technology advancements such as next generation sequencing have enabled researchers to read genetic information at incredible speed and depth. Inscripta's technology now enables researchers to write genetic information with the same speed and with unparalleled precision, a combination that promises endless possibilities. Willow is thrilled to seamlessly integrate Inscripta's automated, high-throughput gene editing platform to shorten our development cycles and empower our scientists to effectively harness the tremendous potential of the entire genome" said Dr. Trish Choudhary, Vice President of Research & Development at Willow Biosciences.

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"The future of the synthetic biology economy is dependent on both large and small companies innovating under increasing pressure to deliver better products, faster, and often with less resources. Willow is a great example of how a lean, yet highly innovative organization can rapidly integrate and utilize the Onyx platform," said Dr. Nandini Krishnamurthy, Vice President of Microbial Business Unit at Inscripta. "We are looking forward to working with the team at Willow to further increase their strain performance while shortening development timelines."

About Willow Biosciences Inc.

Willow develops and produces high-purity ingredients for the personal care, food and beverage, and pharmaceutical markets. Willow's FutureGrownbiotechnology platform allows large-scale production with sustainability at its core. Willow's R&D team has a proven track record of developing and commercializing bio-based manufacturing processes and products to benefit our B2B partners and their customers.

For further information, please visit http://www.willowbio.com.

About Inscripta

Inscripta is a life science technology company enabling scientists to solve some of today's most pressing challenges with the first benchtop system for genome editing. The company's automated Onyx platform, consisting of an instrument, consumables, assays, and software, makes CRISPR-based genome engineering accessible to any research lab. Inscripta supports its customers around the world from facilities in Boulder, Colorado; San Diego and Pleasanton, California; and Copenhagen, Denmark.

To learn more, visit Inscripta.com and follow @InscriptaInc. Or contact

Michael B. GonzalesVice President, Marketingmichael.gonzales@inscripta.com415.308.6467

Forward-Looking Statements

This news release may include forward-looking statements including opinions, assumptions, estimates and the Company's assessment of future plans and operations, and, more particularly, statements concerning: Willow's ability to expand genetic editing capabilities and throughput and positively impact timelines for the commercial development of its FutureGrownmolecules; and the business plan of the Company. When used in this news release, the words "will," "anticipate," "believe," "estimate," "expect," "intent," "may," "project," "should," and similar expressions are intended to be among the statements that identify forward-looking statements. The forward-looking statements are founded on the basis of expectations and assumptions made by the Company which include, but are not limited to: the success of Willow's strategic partnerships, including the development of future strategic partnerships; the financial strength of the Company; the ability of the Company to fund its business plan using cash on hand and existing resources; the market for Willow's products; the ability of the Company to obtain and retain applicable licences; the ability of the Company to obtain suitable manufacturing partners and other strategic relationships; and the successful implementation of Willow's commercialization and production strategy, generally. Forward-looking statements are subject to a wide range of risks and uncertainties, and although the Company believes that the expectations represented by such forward-looking statements are reasonable, there can be no assurance that such expectations will be realized. Any number of important factors could cause actual results to differ materially from those in the forward-looking statements including, but not limited to, risks associated with: the biotechnology industry in general; the success of the Company's research and development strategies; infringement on intellectual property; failure to benefit from partnerships or successfully integrate acquisitions; actions and initiatives of federal and provincial governments and changes to government policies and the execution and impact of these actions, initiatives and policies; competition from other industry participants; adverse U.S., Canadian and global economic conditions; adverse global events and public-health crises, including the current COVID-19 outbreak; failure to comply with certain regulations; departure of key management personnel or inability to attract and retain talent; and other factors more fully described from time to time in the reports and filings made by the Company with securities regulatory authorities. Please refer to the Company's most recent annual information form and management's discussion and analysis for additional risk factors relating to Willow, which can be accessed either on Willow's website at http://www.willowbio.com or under the Company's profile on http://www.sedar.com.

Any financial outlook and future-oriented financial information contained in this document regarding prospective financial performance, financial position, cash balances or revenue is based on assumptions about future events, including economic conditions and proposed courses of action based on management's assessment of the relevant information that is currently available. Projected operational information contains forward-looking information and is based on a number of material assumptions and factors, as are set out above. These projections may also be considered to contain future-oriented financial information or a financial outlook. The actual results of the Company's operations for any period will likely vary from the amounts set forth in these projections and such variations may be material. Actual results will vary from projected results. Readers are cautioned that any such financial outlook and future-oriented financial information contained herein should not be used for purposes other than those for which it is disclosed herein.

The forward-looking statements contained in this news release are made as of the date hereof and the Company does not undertake any obligation to update publicly or to revise any of the included forward-looking statements, except as required by applicable law. The forward-looking statements contained herein are expressly qualified by this cautionary statement.

Cision

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SOURCE Willow Biosciences Inc.

Cision

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WILLOW BIOSCIENCES INCORPORATES INSCRIPTA'S ONYX PLATFORM TO EXPAND STRAIN ENGINEERING CAPABILITIES AND THROUGHPUT - Yahoo Finance

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Engineer Who Fled Charges of Stealing Chip Technology in US Now Thrives in China – Yahoo Finance

(Bloomberg) -- Few companies are better positioned to benefit from the crippling shortage of computer chips than ASML Holding NV, a Dutch manufacturer whose equipment plays an integral role in making the worlds most advanced semiconductors.

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But four lines tucked halfway into an otherwise upbeat, 281-page annual report from February hinted at a potentially incendiary problem. ASML accused a Beijing-based firm, regarded by Chinese officials as one of the countrys most promising tech ventures, of potentially stealing its trade secrets. Behind the brief disclosure is an extraordinary multiyear tale of intellectual property theft and a broader threat facing the $556 billion semiconductor industry.

In the report, ASML said the Chinese company, Dongfang Jingyuan Electron Ltd., is related to a defunct Silicon Valley firm, Xtal Inc., which ASML sued for intellectual property theft. A 2018 trial in California, which received scant attention at the time, provided more detail. Dongfang and Xtal were essentially the same, created a month apart in 2014 by a former ASML engineer named Zongchang Yu, ASMLs attorney told the court. The two companies worked in tandem toward the same goal: obtaining ASMLs technology and transferring it to China, which is seeking to foster its own semiconductor industry, often at the expense of Western companies, the attorney argued.That technology was secured in sometimes audacious fashion: one engineer was accused of stealing all 2 million lines of source code for critical ASML software and then sharing part of it with Xtal and Dongfang employees in the US and China, according to transcripts of the proceedings.Its not an accident. Its not anything else, Patrick Ryan, ASMLs lead attorney, told the court. But it is a plot to get technology for the Chinese government. Xtal lost and filed for bankruptcy protection. It was ordered to pay $845 million, which ASML deemed uncollectable.ASML declined to comment for this story. A Dongfang representative declined to comment. Yu, 60, who has an outstanding arrest warrant in California on allegations of stealing trade secrets from ASML, couldnt be reached for comment. He now runs Dongfang in Beijing with ample support from the Chinese government, according to company statements and other Chinese documents. The allegations the company made in court and in its annual report reflect the delicate position ASML finds itself in, trying to grow its business in China while pursuing claims of IP theft against a Chinese company.

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China is the worlds largest market for semiconductors. Its electronics factories and growing middle class are vital consumers of chips. Semiconductor companies have struggled for years to balance access to China against concerns the country is seeking to pilfer their intellectual property and overtake them.

For now, China lags in semiconductor manufacturing, leaving its most important industries dependent on technology dominated by foreign companies. Making its own advanced chips is a priority thats complicated by US sanctions that limit access to the latest equipment. Beijing has taken unprecedented steps to clear such hurdles, including launching a $150 billion semiconductor initiative in 2014 to turbocharge domestic production.

China has also encouraged people to steal technology that advances Beijings interests, according to the FBI. China recognizes it needs to make leaps in cutting-edge technologies, FBI Director Christopher Wray said. Instead of engaging in the hard slog of innovation, China often steals American intellectual property and then uses it to compete against the very American companies it victimized.

ASMLs allegations offer a detailed example of what national security authorities describe as Chinas playbook to acquire advanced technology. Its a set of strategies, they say, that depends on inducements from Beijing, theft by well-placed workers, and in at least some cases, a reluctance to complain by corporate victims seeking to preserve or enhance access to the Chinese market.

Taken individually these cases can seem really anecdotal, and some victim companies might say theres not really any master plan, said Anna Puglisi, senior fellow at the Center for Security and Emerging Technology at Georgetown University. But take this together with other cases over time and you can see the silentand in some cases not so silenthand of the Chinese government.

Chinas Ministry of Foreign Affairs called the allegations malicious hype. Anti-China politicians in the US have been using IP theft topics to tarnish China, the ministry said in a statement. China didnt make its technology achievements by stealing or robbing from others.

Veldhoven, Netherlands-based ASML makes technology thats crucial for manufacturing the fastest, most powerful computer chips. According to research firm Gartner Inc., as of 2021, ASML controlled more than 90% of the $17.1 billion global market for lithography equipment, which is used to shrink and then print patterns of transistors onto silicon wafers that are then sliced into individual chips.

A single machine can be the size of a small house and cost roughly $170 million. That technology is why the companys market capitalization has more than quadrupled in four years, to $284 billion at the end of 2021.

At the center of the litigation is software called optical proximity correction, or OPC. It makes up less than 1% of ASMLs revenue. But without it, lithography machines cant accurately print tiny circuits, according to trial testimony.

If you didnt do any OPC, then the pattern on the chip is totally scummed, testified Yu Cao, an ASML executive who was general manager of the division that develops the software. This would be a chip that doesnt work.

China is developing its own lithography machines, but it could take years to catch up to ASML, if ever, according to Robert Castellano, president of The Information Network, a Pennsylvania-based semiconductor research firm. Mastering OPC software could close some of the gap by allowing Chinese manufacturers to improve those machines and pack more transistors onto chips they produce, he said.

That leap could have implications beyond consumer devices. This is not about making a better smartphone, Castellano said. Its about making weapons that are more sophisticated than they are right now.

The year 2014 was important for Chinas semiconductor ambitions. Thats when the country created its $150 billion fund to jumpstart companies to compete with foreign behemoths.

Its also when Yu started his two companies. Educated in China, he had worked mostly in Japan and the US, including at ASML, which he left in 2012, according to court documents. In January 2014, he incorporated Xtal, based in an office park near San Jose International Airport. A month later, he founded Dongfang, in a government-funded industrial enclave in Beijing.

Yu created the companies at the direction of Jingyuan Han, a member of Chinas economic elite who retains close ties to the Communist Party, Ryan, ASMLs attorney, alleged in court. Han serves as chairman and chief executive officer of China Oriental Group Co., a large steel producer, where his biography lists multiple Communist Party roles.

The goal was to tap into incentive programs while delivering critical technologies for Chinas semiconductor initiative, Ryan alleged.

Despite its industrial-age specialization, China Oriental is a player in the countrys race to become a global technology superpower, often through investments by the company or by Han personally, according to corporate filings and Ryans courtroom arguments. Until 2019, China Oriental, through subsidiaries, owned more than 50% of Dongfang, according to Datenna, a Dutch firm that tracks the ownership of Chinese companies. It has since sold its stake as other investors have come onboard, Datenna said.

Representatives for China Oriental didn't return messages seeking comment.

As trial testimony alleged, Yu recruited engineers from the ASML division where they worked developing OPC software, and the departing employees assured their managers they would be working on unrelated technologies.

But after Song Lan, director of engineering, resigned in August 2015, ASML examined his computer. Investigators found he was working for both companies at the same time and had downloaded ASML files to a hard drive that he took to his new employer, according to a filing by the Dutch company in Xtals bankruptcy proceedings. The company said it found similar violations involving others who left for Xtal.After Xtal began marketing OPC software, ASML sued.

The data taken by Lan, who became Xtals vice president of engineering, included source code for ASMLs OPC software, according to the filing. Lan testified that he took the code inadvertently, while backing up his ASML email to preserve personal data. The code was in a file attached to an email that Lan said he never opened.

ASMLs attorneys said they werent able to learn the full scope of Lans activities. After ASML informed Xtal of its intent to sue, Lan used a wiper program on the hard drive and erased as much as 61 gigabytes of data, according to the filing. Lan didnt address the deletion in his testimony, as Xtals attorneys objected to a question about it.

Another former employee, Wanyu Li, who became Xtals IT director, downloaded the source code for ASMLs OPC softwareall 2 million lines of itto a hard drive, according to testimony from ASML forensic experts. Investigators found evidence that Li used it immediately at Xtal, uploading part of the code to a GitHub server where it was accessible to about 30 engineers with Xtal and Dongfang, according to the testimony.

The judge informed the jury that Li admitted to destroying evidence, breaking the hard drives circuit board into pieces before turning it over to Xtals attorneys on the eve of trial, according to trial transcripts.

Xtals attorney, Donald Putterman, acknowledged that Li stole the source code and damaged the hard drive. There's no sugarcoating with what Wanyu Li did, Putterman told the court. You cant do it. It was wrong. It was illegal. Off the charts.

However, he said no one at Xtal knew that Li had the stolen code. It was never actually used by Xtal, he said. Xtal never made a penny on it.

ASML attorneys referred the case to Santa Clara Countys District Attorneys Office, which filed criminal charges in April 2019 alleging theft of trade secrets against Yu, Li and Lan, according to court documents.

Li, 56, pleaded guilty to a felony charge and Lan, 48, to a misdemeanor charge, both for taking computer data, according to prosecutor Erin West. Li was sentenced to seven months of electronic monitoring, and Lan to 90 days of community service, she said.

Both men, through their attorneys, declined to comment. When authorities went to arrest the three men in May 2019, Yu had left for China, West said.

ASMLs attorneys accused Yu of orchestrating the thefts. Yu was on emails where his employees discussed using the Dutch companys source code to help speed up Xtals software development, according to testimony from ASMLs forensic experts. He also had copies of confidential ASML technical manuals and emailed them to his staff, they testified.

Yu testified that at the time he didnt believe there was a problem using some internal ASML materials to help guide Xtals work.

It is very good reference for our modeling work, Yu wrote in one email.

By using stolen data as a roadmap, Xtal shaved years off the time needed to develop the software, Ryan argued.

In January 2016, Xtal won a $27 million contract with South Korea's Samsung Electronics Co., a longtime ASML customer, to supply OPC software, according to trial testimony. In two years, Yus company had replicated a technology that ASML said it had spent $100 million and 10 years developing.

Xtal didnt have to go down dead ends, because it knew which ones were dead ends, and it knew which ones were the path to glory, the path to speed, the path to development, the path to the money, Ryan told the jury.

Samsung said it doesnt have a current relationship with Xtal or Dongfang. The company pointed to a statement by ASML saying that Samsung wasnt involved in any malicious actions against ASML. The Dutch company didnt lose any business because the work between Samsung and Xtal was thwarted when the theft was discovered, according to the statement.

After ASMLs court victory, a Dutch newspaper Het Financieele Dagblad published a report alleging a link between the thefts and China. ASML refuted it and offered a different motive that didnt involve China. The wide speculation about a government-directed conspiracy to steal our IP and trade secrets is therefore just that: wide speculation, ASML said, in an April 2019 press release.

Chief Executive Officer Peter Wennink reiterated that position. The suggestion that we were somehow victim of a national conspiracy is wrong.The facts of the matter are that we were robbed by a handful of our own employees based in Silicon Valley who had broken the law to enrich themselves, he said.

The suggestion that we were somehow victim of a national conspiracy is wrong ASML CEO Peter Wennink

However, months earlier, ASMLs own attorneys had directly linked Yus companies to Chinas technology ambitions. Its consistent with a broader strategy that is being employed the Chinese government, Andrew Winetroub, an ASML attorney, told the court. ASML had evidence, he argued, that Dongfang was receiving funds from the Chinese government and that Xtal is intimately involved.They want to essentially be ASML in China, Ryan, the lead ASML attorney, argued. Stealing our software was a step in the right direction.

ASML sought to introduce evidence that its lawyers said would support those claims. Putterman, Xtals attorney, argued that it amounted to repetitive efforts to back-door prejudicial intonation about China. The judge instructed ASML to focus on allegations limited to the US company, Xtal.

ASMLs case highlights the complications many Western companies face dealing with China.

China is ASMLs third-biggest market. Since 2019, the Dutch government has prevented the company from selling its most advanced lithography equipment there because the chips the equipment makes have potential military uses. ASML has opposed the restrictions.

Nick Eftimiades, a senior fellow at the Atlantic Council, said China put ASML in an extraordinarily awkward position.

This isnt the first time that a companys been stolen from and refused to make it a big issue publicly, said Eftimiades, a former US Department of Defense official who tracks Chinese IP theft and espionage cases. Many companies go to extraordinary lengths to keep these events from being known to the public, stockholders and investors."

For Yu, Xtals troubles did little to slow Dongfangs ascent.

In 2015, Dongfang signed a research agreement with the Institute of Microelectronics of the Chinese Academy of Sciences, the governments semiconductor research center, according to Chinese documents. There, Yu caught the attention of Tianchun Ye, the institutes director and the chief scientist directing Chinas chip equipment development. Dongfang and the institute created a joint venture for chip technology development. Since then, Dongfang has won repeated honors and praise from the Chinese government.

Despite losing the Xtal case, Chinese authorities granted Dongfang a wide-ranging patent in 2019 that includes OPC software. Last year, Dongfang announced that it was named a little giant by Chinas Ministry of Industry and Information Technology, a designation often followed by significant new investment and expectations of rapid growth.

Since returning to Beijing, Yu has raised millions of dollars while being courted by Chinese officials. He appeared on the reviewing stand for a military parade marking the 70th anniversary of Chinas foundingan invitation-only affair reserved for elites.

A 2020 book of interviews with Chinese tech entrepreneurs portrayed Yu as a flagbearer for semiconductor development. He told the authors one of his biggest dreams was to help China create its own OPC softwareand break the foreign monopoly.

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Engineering colleges see positive response from recruiters – The Hindu

Engineering colleges are seemingly buoyed by the positive response from recruiters in the post-pandemic phase.

According to the college administrators, the readiness of the companies to recruit candidates for reasonable packages are indicative of the revival of the economy.

In fact, the response of recruiters has not been positive to this extent for the last decade, D. Senthilkumar, Dean, Bharathidasan Institute of Technology (BIT) campus, Anna University, Tiruchi, said.

"The going has been good for both IT and ITES sectors, and we are in the process of signing MoUs with recruiters for sustaining the process," Prof. Senthilkumar said, adding that the annual cost-to-company package ranges between Rs. 3.5 lakh and Rs. 8 lakh.

Candidates from Computer Science, Information Technology, ECE and EEE have a smooth sail in the campus recruitment. So far, 400 out of 800 outgoing students have been placed, he said.

There are strong indications that coding companies are in the process of ramping up head count of employees.

In general, self-financing colleges have cause to heave a sigh of relief as the recruitments are happening notwithstanding apprehensions that the online classes could have diluted skill-orientation, according to a functionary in the managing committee of a self-financing college.

The skill orientation of students is expected to go up when the present second-year students move to the final year. As per the 2021 regulations, there is higher emphasis for project and internships for final year students, it is learnt.

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Movers and shakers: Biggest construction and engineering appointments in May 2022 – New Civil Engineer

Notable appointments this month include Joanne Conway's appointment as FM Conway chair, along with changes at the top of WSP, Mace and Laing O'Rourke.

A round up of the biggest moves and appointments during May is below. To feature on next months appointments roundup email catherine.kennedy@emap.com

Joanne Conway to succeed her late father as FM Conway chair

FM Conway has announced that Joanne Conway will succeed her late father and become company chair. She has taken over the family firm, following the death of her father and former chairman, Michael Conway, who died from illness in March.

Her appointment makes the Kent-based firm a third-generation business. It was founded by her grandfather 60 years ago.

For the past 11 years, Joanne Conway has been the board director. She has held other managerial positions at the firm, including managing director for the manufacturing of aggregates & asphalt.

WSP appoints Stantec boss as managing director

WSP has appointed Paul Reilly as the new managing director for its Planning & Advisory (P&A) business.

Reilly joins WSP from Stantec where he has been managing director of the firms UK & Ireland Infrastructure & Buildings business since January 2020. He was also chair of the Association of Consultancy & Engineering in 2020.

He will now be leading WSPs 2,400-person P&A business which supports clients through a broad array of specialisms, including earth & environment, planning, project & commercial services and transport planning.

Former Anglo American boss joins Laing O'Rourke

Laing ORourke has appointed former Anglo American chief executive Mark Cutifani as senior independent director.

Cutifani joins the Laing ORourke board in September a non-executive capacity as it prepares for a stock market flotation. He also chairs the boards sustainability committee.

Cutifani stepped down in April as chief executive and an executive director of Anglo American after nine years leading the global mining giant.

New appointments for Mace

Mace has appointed a new responsible business lead. James Low, who currently oversees the companys world-wide responsible business service offer for consultancy and facilities management, will take over as global head of responsible business.

Low, who has been with Mace for eight years, has been instrumental in the companys drive to reduce industry carbon emissions. He played a key role in the development of Maces net zero carbon strategy, Steps without Footprints, and has led a strong period of growth for the consultancy business.

Mace has also announced the appointment of Rachel ODonnell as consult lead for retrofit. The appointment reflects Maces commitment to tackle the climate emergency and the building safety crisis as it supports clients pursue a more sustainable world. ODonnell will lead Mace Consults retrofit new business function and direct its growth strategy, working with the business sectors and practice groups.

She joins Mace from Aecom, where she played a significant part in the environment team as business unit director for the ground, energy and transactions division, comprising half of the UK and Ireland environment business. She has over 17 years experience in managing and delivering large programmes across the environmental, nuclear, defence and industrial sectors.

Faithful+Gould expands social value offering

Faithful+Gould has launched a new advisory service aimed at helping clients develop clear social value programmes on built environment projects, and crucially, ensuring delivery of those commitments.

In order to roll out the service the firm has invested in the expansion of its social value team, establishing regional leads in each of the key areas of the UK to liaise with clients and support their social value commitments. The firm has made three new appointments - Ilaria Agueci, Dan Heffernan and Sarah Lambshead all bringing extensive experience and skills to the team.

Lambshead has 15 years experience working within the built environment, most recently as a consultant on social value, helping businesses understand the social challenges they have the solutions for.

Heffernans experience is within corporate social responsibility project management and economic development, where hes demonstrated a passion for helping businesses and investors make a positive social impact to local communities.

Aguecis previous role at Hammersmith and Fulham Council involved embedding social value into the procurement and internal governance processes, as well as liaising with suppliers and internal departments to identify social value activities linked to local needs.

New director for Turner & Townsend

Turner & Townsend has appointed James Hardy as a director in its UK Advisory team as the business eyes further growth in its sustainability offer.

Hardy was previously head of climate change and energy at the Greater London Authority (GLA) where he has helped drive the capitals efforts on net-zero and fuel poverty alleviation over the last eight years. Under his leadership, the GLA team implemented many of the citys major sustainability programmes, including the Mayors Retrofit Accelerators, Warmer Homes, Solar Together London, London Power and the London Community Energy Fund.

He will support the expansion of Turner & Townsends sustainability team as it meets growing demand from clients shaping strategies to support net zero goals.

Tilbury Douglas appoints BIM boss

Tilbury Douglas has appointed William Barry as head of building information modelling (BIM).

Barry started out as an apprentice electrician 10 years ago. Since then, he has racked up experience of mechanical & electrical installation, project management and architectural technology. Three years ago he joined what was then Interserve and is now Tilbury Douglas.

Mace director joins Taylor Wimpey board

Mark Castle, former chief operating officer and current non-executive director of Mace, has joined the board of house-builder Taylor Wimpey as a non-executive director.

Castle stood down as chief operating officer of Mace last year but remains on the executive board as a non-executive director. He is also a non-executive director of AIM-listed Eleco and non-executive chairman of Triangle Group, a private equity backed fire safety business.

Before joining Mace he used to work for Structuretone and Wates. He was also chair of Build UK from 2017 to 2019.

Top (from left): Joanne Conway, James Hardy, James Low, Anna MascoloBottom (from left): Simon Cole, Rachel O'Donnell, Paul Reilly, David Eve

Motts chair appointed to World Economic Forum

Mike Haigh, executive chair of Mott MacDonald, has been appointed the new chair of the World Economic Forums influential Infrastructure Industries Governors Group. Haigh succeeds Steve Demetriou, chair and chief executive of Jacobs Engineering Group, who has performed the role for the past two years.

This community of chief executives and chairs from across the industry seeks to drive change through better public and private sector collaboration. During the pandemic the community met regularly to address the challenges resulting from Covid-19.

MPA chooses new chief executive

The Mineral Products Association (MPA) has named Jon Prichard as its next chief executive.

Prichard joins the MPA from Institution of Chemical Engineers, where he has been chief executive since 2017.

He is a chartered civil engineer. After 19 years in the Royal Engineers, he joined consulting engineer High-Point Rendel in 2007 and in 2010 took over as chief executive of the Engineering Council.

Former HS2 Align JV boss joins new company

David Eve has been appointed as development director and chairman of the board for Queenswood Engagement and Strategy, a fast growing company which predominantly provides community engagement, stakeholder management and project management services.

Eve will be responsible for developing and delivering the business strategy with a clear mission of making projects better for people. He joins Queenswood from Bouygues Travaux Publics where he was part of the senior management team in the Align JV as head of engagement and compliance on HS2 Phase 1.

He has 20 years experience as a chartered civil engineer and qualified project manager having worked for Parsons Brinkerhoff/WSP for 13 years and Bouygues for 7 years where prior to joining the HS2 project he was business development manager for the UK.

Rolls-Royce SMR bolsters leadership

Rolls-Royce SMR has announced the appointment of Anna Mascolo as a non-executive director of its board.

She will take up this new role on 1 June 2022 and will become the first non-executive member of the Board, which is currently made up of representatives from its shareholders: Rolls-Royce Group, BNF Resources UK, Constellation Energy (formerly Exelon Generation) and the Qatar Investment Authority.

Mascolo was recently appointed executive vice president, emerging energy solutions at Shell, and has world-leading expertise and experience in the energy sector.

New chair for Heart of England Community Rail Partnership

The Heart of England Community Rail Partnership has appointed West Midlands Rail Executive (WMRE) director Malcolm Holmes as chair.

Holmes has 30 years experience in the railway sector and held senior posts at Chiltern Railways and LOROL and has been executive director at WMRE for the past five years.

Former Aecom boss joins Hydrock

Engineering, energy and sustainability consultancy Hydrock has announced the appointment of Cardiff-based Simon Cole as technical director, providing national support to Hydrocks environmental and geotechnical designers and consultants.

Cole joins Hydrock from a 20-year role at Aecom where he was technical director and UKI practice lead for remediation services. With a PhD in Environmental Engineering, his 23-year career has given him vast multidisciplinary experience in sectors such as oil and gas, nuclear, manufacturing, environmental regulation and brownfield redevelopment. In keeping with his career focus on environmental risk assessment, he is current chair of the Society of Brownfield Risk Assessment.

Murphy Geospatial announces promotions

Murphy Geospatial has promoted three key members of its team to senior levels in a strategic move to continue expanding its capability and reach.

The promotions of Andy Masters, Maciej Targosz and Ricardo Oliveira reflect its drive for innovation and to build world-class monitoring and data processing services while rewarding their commitment and hard work.

Masters becomes an associate director, responsible for all monitoring operations and helping the international expansion, while remaining the divisions head of department and overseeing its 40-strong team.

Also promoted to associate director is Targosz, who will lead the increased focus on data operations. He will be in charge of the new data processing team, further enhancing the companys capability to deliver outstanding data assets post-capture. He also retains responsibility for the survey department in Kilcullen, Ireland, overseeing a team of 50 across the two divisions.

Completing the trio of promotions is chief technology officer Oliveira, who becomes the associate director of innovation. He will continue to lead the thriving innovation hub, ensuring the firm remains at the cutting edge of technologies that deliver increased value for customers.

New director for Red Construction Group

Red Construction Group has announced the appointment of James Bardwell as business development director, overseeing business opportunities across Red Construction London.

Over the course of his career, Bardwell has been responsible for complex projects across multiple sectors including commercial, retail, residential and education, delivering schemes from 15M through to 200M. With a particular proficiency in projects with challenging structural alterations, Bardwell has helped deliver iconic schemes such as Londons Olympic Village, Phillips Auction House in the heart of Mayfair, and New Law Court at the University of Hertfordshire. He also spent five years working on residential developments, from smaller schemes to those with over 500 units.

New hires for Black and White Engineering

Black and White Engineering has announced the appointment of Scott Wilson as UK and Europe regional head of sustainability, three technical directors, Charlie Bater, Karl Snowball and Grant Dalgleish, who were previously associate directors, and two new associate directors, Jonathan Robinson-Hoare and Craig England, who step up from principal engineer roles.

In the last 12 months, the consultancy has grown its UK and Europe headcount by 83%, and now employs a number of specialists across the UK with offices in Newcastle, Edinburgh and London.

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To Study 170-Knot Hurricanes, Engineers Will Need a Bigger Fan – The Maritime Executive

The aftermath of Hurricane Dorian, which hit the Bahamas with sustained winds of 160 knots (USCG)

PublishedJun 6, 2022 12:32 AM by The Conversation

[By Richard Olson, Ameyu B. Tolera, Arindam Chowdhury and Ioannis Zisis]

In an airplane hangar in Miami, engineers are recreating some of the most powerful hurricane winds to ever strike land. These Category 5 winds can shatter a test building in the blink of an eye.Yet they arent powerful enough to keep up with nature.

When engineers built theWall of Windtest facility 10 years ago at Florida International University, it was inspired byHurricane Andrew, a monster of a storm that devastated South Florida in 1992.

The facility was designed to test structures ability to withstand winds up to 160 miles per hour. Now, were seeing the likes ofHurricane Dorian, which shredded neighborhoods in the Bahamas with 184 mph winds in 2019, andHurricane Patricia, with winds clocked at 215 mphoff the coast of Mexico in 2015.

Studies show tropical storms areramping up in intensityas the climate changes and ocean and air temperatures rise. Designing homes and infrastructure to withstand future storms like Dorian will require new test facilities that go well beyond todays capabilities for what we believe should be called Category 6 storms.

The Wall of Wind

There is currently only one life-size test facility at a U.S. university capable of generating Category 5 winds, currently the most powerful level of hurricane. Thats theWall of Wind.

At one end of the facility isa curved wall of 12 giant fans, each as tall as an average person. Working together, they can simulate a 160 mph hurricane. Water jets simulate wind-driven rain. At the other end, the building opens up to a large field where engineers can see how and where structures fail and the debris flies.

The Wall of Wind (Florida International University)

The powerful tempests that we create here allow us and other engineers to probe for weaknesses in construction and design, track failures cascading through a building and test innovative solutions in close to real-world storm conditions. Cameras and sensors capture every millisecond as buildings, roofing materials and other items come apart or, just as important, dont fail.

Ten years of research here have helped builders and designersreduce the risk of damage. Thats helpful when forecasters warn,as they do for 2022, of a busy hurricane season withseveral major hurricanes.

Expanding testing: 200 mph winds + storm surge

While engineers have been gaining knowledge through testing, thenature of storms is changingas the planet warms.

Warmer temperatures fueled by increasinggreenhouse gas emissions from human activities enable the air to hold more moisture, and warmer oceans provide more energy tofuel hurricanes. Research shows thatbigger and more intense stormsthat areheavier with waterand moving more slowly are going to hammer the areas they hit withmore wind, storm surge, flooding and debris.

Storms like these are why were working with eight other universities todesign a new facilityto test construction against 200 mph winds (322 km/h), with a water basin to test the impact of storm surge up to 20 feet (6 meters) high plus waves.

Computers can model the results, but their models still need to be verified by physical experiments. By combining wind, storm surge, and wave action, well be able to see the entire hurricane and how all those components interact to affect people and the built environment.

Disaster testing is finding ways to make homes safer, but its up to homeowners to make sure they know their structures weaknesses. After all, for most people, their home is their most valuable asset.

Richard Olson is the Director of the Extreme Events Institute, Florida International University.

Ameyu B. Tolera is a Research Assistant at Florida International University - College of Engineering & Computing.

Arindam Chowdhury is a Professor of Civil Engineering, Florida International University.

Ioannis Zisis is an Associate Professor of Civil Engineering, Florida International University.

This article appears courtesy of The Conversation and may be found in its original form here.

The opinions expressed herein are the author's and not necessarily those of The Maritime Executive.

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