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ChristianaCare Honored for Emergency Nursing Excellence

ChristianaCare has earned the 2024 National Certification Champion Award for health systems from the Board of Certification for Emergency Nursing (BCEN), a leading authority in nursing specialty certification across the emergency care spectrum. ChristianaCare is the only national winner in its category. “ChristianaCare is honored to be named the BCEN National Certification Champion,” said Danielle Weber, DNP, MSM, RN-BC, NEA-BC, chief nurse executive at ChristianaCare. “This prestigious recognition speaks to the passion and dedication of our incredible nursing teams, guided by our values of love and excellence, who make the difference for patients during some of their worst moments, going above and beyond to deliver quality care.” “It’s a privilege to be a part of a team that is committed to nursing excellence, practicing at the top of their license through specialty certification,” Weber continued. “This award represents the culmination of years of focused attention by nursing leadership to promote and facilitate ED nurse certification coupled with a highly motivated and passionate nursing staff who are dedicated to their patients as well as their professional development. We are so proud of our certified nurses and their commitment to lifelong learning.” According to BCEN, nursing specialty certification independently validates a registered nurse’s advanced knowledge, clinical judgment and professionalism across an entire nursing specialty. Specialty board certification of nurses helps assure patients and their families that they are receiving the highest level of nursing care. A growing body of research links nursing specialty certification to improved patient care, safety and outcomes. “We congratulate ChristianaCare on its commitment to nursing excellence,” said BCEN CEO Janie Schumaker, MBA, BSN, RN, CEN, ICE-CCP, CENP, CPHQ, FABC. “The 2024 BCEN National Certification Champions show us how nursing specialty certification empowers nurses, elevates patient care and helps ensure communities of every size have access to advanced emergency and trauma care.” BCEN is an independent not-for-profit organization that offers nursing specialty certification programs for nurses across the emergency care spectrum. Over 50,000 registered nurses specializing in emergency, pediatric emergency, flight, critical care ground transport, trauma and burn nursing hold one or more BCEN certification.

Villanova Professor at the Forefront of Work to Tackle Quantum Threats

Securing Our Future Against Quantum Threats Security and privacy are values that everyone cherishes. No tech user wants their personal information getting into the wrong hands, which is why we have security measures in place to protect our private data: face ID to unlock our phones, two-factor authentication to log into banking apps and fingerprint technology to securely enter any system—from a computer to your front door. Encryption codes are used on each of these platforms to encode private data and allow only authorized users to access it. These measures are put in place to protect us, but new advancements in technology could soon challenge these secure systems that we have come to know and trust. Quantum computers are extraordinary machines capable of solving problems far beyond the scope of today’s standard computers. Although these computers are not commercially available, scientists harness their power for experimentation and data storage. Quantum computers excel in scientific development, but they may also prove to be a threat to existing technology that we use in our daily lives. Experts predict that by 2035, quantum computers could crack the very encryption codes that secure everyday transactions and data. Jiafeng Xie, PhD, associate professor of Electrical and Computer Engineering at Villanova University, is at the forefront of this battle, using his Security and Cryptography Lab to strengthen security measures against the threat of quantum computers. The Rise of Post-Quantum Cryptography Since quantum computer advancements are accelerating at an unprecedented pace, post-quantum cryptography (PQC) has emerged as a critical area of research and development. Scientists who study PQC are working to come up with new algorithms to encode our sensitive data, with a goal of being installed after quantum computers crack our current encryption systems. Without these new algorithms, once quantum computers break our current codes, sensitive data—whether personal, corporate or governmental—could be left vulnerable to malicious actors. The core problem of our current encryption system lies in the foundation of public-key cryptosystems. Public-key cryptography is a method of encryption where the user logs into a system using their own private “key”, and the back end of the system has a “key” as well. A “key” is a large numerical value that scrambles data so that it appears random. When a user logs in, their “key” can decrypt private information held by the public “key” in the system to ensure a secure login. This security method is safe right now, but these systems rely on mathematical principles that, while secure against classical computing attacks, are vulnerable to the immense processing power of quantum computers. At the heart of the vulnerability is Shor's algorithm, developed by MIT computer scientist Peter Shor in 1994. As Dr. Xie explained, “Shor invented an algorithm to solve prime factors of an integer that can supposedly run on a quantum computer. This algorithm, if run on a large-scale mature quantum computer, can easily solve all these existing cryptosystems' mathematical formulation, which is a problem." The realization of this potential threat has spurred an increased focus on the development of post-quantum cryptography over the past decade. The goal is clear: "We want to have some sort of cryptosystem that is resistant to quantum computer attacks," says Dr. Xie. In 2016, the National Institute of Standards and Technology (NIST) began the process of standardizing post-quantum cryptography. In July 2022, NIST selected four algorithms to continue on to the standardization process, where they are currently being tested for safety and security against quantum computers. The standardization process for these new algorithms is intensive, and two of the candidates that were announced for testing have already been broken during the process. Scientists are in a race against time to increase the diversity of their algorithms and come up with alternate options for standardization. The urgency of this shift to post-quantum cryptography is underscored by recent government action. The White House released a national security memo in 2022 stating that the U.S. government must transition to quantum-resistant algorithms by 2035. This directive emphasizes the critical nature of post-quantum cryptography in maintaining not just personal but national security. Villanova’s Security and Cryptography Lab Once a new algorithm is selected by NIST, it will need to be embedded into various platforms that need to be secured—this is where Dr. Xie’s Security and Cryptography Lab comes in. This lab is actively conducting research into how the newly selected algorithm can be implemented in the most effective and resourceful way. The lab team is working on developing techniques for this new algorithm so that it can be embedded into many different types of platforms, including credit cards and fingerprint technology. However, there are significant challenges in this process. As Dr. Xie explains, "Different platforms have different constraints. A chip-based credit card, for example, has limited space for embedding new encryption systems. If the implementation technique is too large, it simply won’t work.” Another arising issue from this research is security. During the application of this new algorithm, there's a risk of information or security leakage, so Dr. Xie is always on the lookout for developing security issues that could cause problems down the road. The Future of Post-Quantum Cryptography The implications of PQC are widespread and extend far beyond academic research. As Dr. Xie points out, "All existing cryptosystems, as long as they have some sort of function—for example, signing in or entering a password for login—all of these systems are vulnerable to quantum attacks." This vulnerability affects everything from banking systems to small-scale security measures like fingerprint door locks. The scope of this transition is massive, requiring updates to encrypted systems across all sectors of technology. His goal is to ensure that these new cryptographic systems are flexible enough to be applied to everything from small devices like credit cards and drones to large-scale infrastructure like data centers and military equipment. Although researchers are hard at work now, the future of post-quantum cryptography is not without uncertainties. Dr. Xie raises an important question: "When quantum computers become available, will the algorithms we develop today be broken?" While the newly developed algorithms will theoretically be secure, vulnerabilities can emerge when implementing any kind of new security system. These potential vulnerabilities highlight the importance of conducting this research now so that the new algorithms can go through intensive testing prior to being implemented. Despite these challenges, Dr. Xie emphasizes the importance of being prepared for this new reality. "Society as a whole needs to be prepared with this kind of knowledge,” he says. “A new era is coming. With our current security systems, we need to have revolutionized change. On the other hand, we should not be panicked. We just need continued support to do more related research in this field.” More extensive research is required to ensure that our privacy is protected as we enter a new era of quantum computing, but labs like the Security and Cryptography Lab at Villanova are a step in the right direction. Although the “years to quantum” clock is ticking down, researchers like Dr. Xie are well on their way to ensuring that our digital infrastructure remains secure in the face of evolving technological threats.

Dems and GOP Spending Supports Candidates in Local Elections

Newsday talked to Lawrence Levy, associate vice president and executive dean of the National Center for Suburban Studies, about upcoming local elections and how the GOP and Democrats are spending big dollars to support their candidates for the Senate and state Assembly. “The parties seem to be putting their money where it can make the most difference,” said Dean Levy.

Covering the changing colors this time of year?

As the vibrant hues of autumn emerge, the changing of leaf colors in fall captivates public attention and provides an annual reminder of nature’s intricate beauty. This transformation is more than just a visual spectacle; it is a reflection of the environmental processes at play and an indicator of the health of ecosystems. The science behind the color shift—triggered by changes in daylight and temperature—reveals important insights into climate patterns, ecological balance, and even how climate change may be altering these natural rhythms. Key story angles of interest include: The science behind why and how leaves change color in the fall The impact of climate change on fall foliage timing and intensity Economic and cultural significance of fall tourism in regions known for autumn foliage How changes in leaf color signal broader environmental shifts in ecosystems The role of tree species diversity in producing the vivid palette of fall colors Local and global effects of deforestation on fall foliage patterns Connect with an expert about the autumnal changing of the colors: To search our full list of experts visit www.expertfile.com

AU expert talks Hurricane Helene’s impact on the supply chain

Hurricane Helene tore a path of destruction beginning at Florida’s Big Bend region and stretching up through Georgia, South Carolina, North Carolina, Tennessee and Virginia. As those affected have slowly been able to grasp the scope, a different form of trouble in the aftermath is creating a ripple effect that will be felt around the region, country and even the world. Western North Carolina is at the heart of the problem leading to sourcing, transportation and disruption issues. While still trying to understand the full scope of the impact in the most remote areas, ongoing recovery efforts continue following the storm where the death toll has risen to over 250 as of Oct. 14. According to Rick Franza, PhD, professor in the James M. Hull College of Business and an expert on operations and supply chain management, said lessons learned from the COVID-19 pandemic and the collapse of the Francis Scott Key Bridge at the Port of Baltimore incident earlier this year can help with mitigation of risk and recovering during these problematic times. “The biggest thing you’re always dealing with in situations like this is uncertainty,” said Franza. “You can’t expect everything. You can’t anticipate everything, but we learned a lot from COVID and then the Baltimore bridge collapse and the supply chain disruptions those caused.” Franza said North Carolina is a case study in disruption to the supply chain at three different points: the source, manufacturing and transportation. “When we think about supply chain disruptions, people don’t typically think about it affecting the physical supply, but rather the transportation and logistics,” said Franza. “This one’s a little trickier because you have one industry affected by the supply of raw materials, another affected by the manufacturing of supplies and so many more will be affected by transportation problems.” Problems in manufacturing One industry that has been heavily impacted by the storm is the medical field, particularly the manufacturing of IV fluid bags. Baxter International, one of the largest producers of IV fluid bags in the country, has a manufacturing plant located in Marion, North Carolina. According to the American Hospital Association, the Marion plant produces 1.5 million IV bags per day, which equates to 60% of the country’s supply. “There are two big questions affecting the supply chain for those IV fluid bags,” said Franza. “If you lose a manufacturing facility, like the one in Marion, does another facility or a competitor have the ability to add capacity, even if it’s just a short term? The other piece of it is, even if they have the capacity, do they have the raw material inputs? So it’s a ripple effect.” In the wake of the storm, Baxter announced its other manufacturing facilities would increase their capacity. Thanks to its new Mount Carmel Mega Distribution Center located in Mississippi, the company feels confident it will be able to meet the needs of hospitals across the country. Baxter plans to increase allocation levels for direct customers from 40% to 60% and for distributors from 10% to 60%. They are also increasing allocations for designated children’s hospitals by 100%. Problems at the source Just outside the town of Spruce Pine, a town of less than 2,200 people located in the Blue Ridge Mountains, are two mines that produce an estimated 80% to 90% of the world’s most pure quartz. The quartz found in those mines is used in the manufacturing of semiconductors for microchips for everything from smartphones to cars to medical devices and more. The two companies that manage those two mines, Sibelco and The Quartz Corp, shut down operations on Sept. 26 ahead of the storm. As recovery efforts continue in the region, there remains more uncertainty as the full scope of the damage continues to be realized, and there is no certain timeline for when things will get started again. “The issue with natural resources like quartz is, unless you’ve come up with some method of producing an artificial version of it, you can’t really make it somewhere else,” said Franza. “Since there isn’t currently an alternative, it then becomes a question of is the mine accessible or how long until it is accessible and people can get back to regular operations?” Problems with transportation In Western North Carolina, entire roads along with buildings and other structures were wiped out as streams and rivers surged and mudslides occurred. On top of getting the mine back up and running, there is also the problem of getting the raw quartz where it needs to go. “Once you are able to access the ability of the mine to get back online, you then have the problem of whether the raw material can get where it needs to go to be processed,” said Franza. “A big problem in western North Carolina is entire roads are gone, and it’s not a simple repave. On top of that, Interstate 40 is estimated to be shut down until sometime next year, so transportation in that area is going to be extremely difficult for quite a while.” The good news is that quartz and the microchips that it is used in are not perishable items, and some chip manufacturers may have several weeks’ worth of quartz supply built up to be able to continue production. But an extended shutdown will likely mean even more chip shortages, similar to the global chip shortage that began in 2020 and lasted through 2023 due to the COVID-19 pandemic and the tightened restrictions in the countries that manufacture those chips. The loss of roads is not the only source of recent transportation problems, as immediately following the during the storm there was a three-day disruption in imports at 36 ports, including shutting 14 down stretching from Maine to Texas, as 45,000 dockworkers went on strike over pay. While that disruption could have caused serious issues, particularly for the upcoming holiday season, Franza said many companies have learned from previous disruptions, and most of the goods needed for Cyber Monday, Black Friday and preparing for the holiday season were already in the country. “I have heard that somewhere between 80% to 90% of the items for the holidays are already here, so the dock workers’ strike would not have been as much of an issue for the holidays, but there would definitely have been things you’d run out of.” Franza said the biggest problem during situations such as this is misinformation. “One of the biggest problems is most people are uninformed,” Ranza said. “Look at the toilet paper shortage at the beginning of COVID. If all of a sudden people rush to buy everything up and hoard it all, you can’t meet that demand so it causes even more problems. People need to be better informed because rumors start and then more problems are caused.” But Franza reiterated that companies have learned from past events, and that planning has made the supply chain stronger. “I think we’re better than we were four years ago because each of these crises builds our toolbox on how to plan for and deal with disruptions. It has built resiliency.”

Falling Flat: The Consumer Price Index

Following a surprising jobs report, inflation didn't ease as much as anticipated. The Consumer Price Index fell to 2.4% year over year last month. Although this was not the desired number, inflation is still declining towards the Fed's target of 2%. What do these numbers mean for the upcoming election and future of the U.S. economy?  Dr. Jeff Haymond, economic expert and dean of the Robert W. Plaster School of Business at Cedarville University, has provided insight on recent U.S. economy updates in a recent interview: The consumer price index was higher than expected in September, but the recent interest rate cut and a hopeful jobs report still provide some good news for the economy. Will inflation continue to ease in the right direction? Experts, such as Haymond, acknowledge that the recent interest rate cut by the Fed was a political move. The cost of living is a crucial issue for U.S. voters as they prepare for the election and hope for eased inflation. How will this and other economic updates affect the decisions of voters as the elections draws near?  If you are covering the U.S. economy and need to know more, let us help with your questions and stories. Dr. Jeff Haymond is an expert on this subject and is available to speak to media regarding the U.S. economy and what recent news means for families in the United States – simply click on his icon or email mweinstein@cedarville.edu to arrange an interview.

Aston University researchers to explore using AI and fibre-optic networks to monitor natural hazards and infrastructures

Aston University is leading a new £5.5 million EU research project Will focus on converting fibre-optic cables into sensors to detect natural hazards Could identify earthquakes and tsunamis and assess civil infrastructure. Aston University is leading a new £5.5 million EU research project to explore converting existing telecommunication fibre-optic cables into sensors which can detect natural hazards, such as earthquakes and tsunamis, and assess the condition of civil infrastructure. The project is called ECSTATIC (Engineering Combined Sensing and Telecommunications Architectures for Tectonic and Infrastructure Characterisation) and is part of the Horizon Europe Research and Innovation Action (RIA), which aims to tackle global challenges and boost the continent’s industrial competitiveness. Converting telecom fibres into sensors requires new digital signal processing to overcome the limited data storage and processing capabilities of existing communication networks. To address this the project will use localised, high performance digital processing that will integrate artificial intelligence and machine learning. The researchers’ goal is to minimise algorithms’ complexity while providing extremely accurate real-time sensing of events and network condition. The new laser interrogation and signal processing technologies will be tested using existing fibre optic networks, including those underwater, in cities, and along railway infrastructure to assess their potential. Delivered by a consortium of 14 partners across seven countries, from academic and non-academic sectors, the research will start in February 2025 and will last three and a half years. The Europe-wide team will be led by Professor David Webb who is based in the Aston Institute of Photonic Technologies (AIPT). Professor Webb said: “There are more than five billion kilometres of installed data communications optical fibre cable, which provides an opportunity to create a globe-spanning network of fibre sensors, without laying any new fibres. “These traverse the seas and oceans - where conventional sensors are practically non-existent - and major infrastructures, offering the potential for smart structural health monitoring.” Professor Webb will be joined by fellow researchers Professor Sergei Turitsyn, Dr Haris Alexakis and Dr Pedro Freire. For media inquiries in relation to this release, contact Nicola Jones, Press and Communications Manager, on (+44) 7825 342091 or email: n.jones6@aston.ac.uk

Examining Harris’s Media Strategy

The Wall Street Journal talked to Mark Lukasiewicz, dean of the Lawrence Herbert School of Communication, about Vice President Kamala Harris’s media strategy in the weeks leading up to Election Day. Up to now, Harris has been selective about media. She was recently interviewed on 60 Minutes and the hit podcast Call Her Daddy, and she is in New York to appear on The Howard Stern Show and The Late Show with Stephen Colbert. “That does increase the risk level for the campaign on each singular appearance,” said Dean Lukasiewicz. “If the candidate does an interview that doesn’t go well, there are fewer opportunities to clean that up, to correct that record.”