The economic cost of HIV: New study quantifies impact on work and income
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Updates every hour. Last Updated: 5-May-2026 10:15 ET (5-May-2026 14:15 GMT/UTC)
University of Phoenix College of Doctoral Studies today announced the publication of a new research white paper, “The Rural Digital Divide and Organizational Wellness,” by Stella Smith, Ed.D. The paper analyzes how persistent disparities in digital access affect employee well-being, career development and organizational resilience in rural communities, and explores opportunities presented by the integration of AI technologies into rural economies.
CAMBRIDGE, Mass., February 12, 2026 - Insilico Medicine (3696.HK), a clinical-stage, generative AI-driven drug discovery company, today announced the launch of a new interactive webpage highlighting the Rentosertib story as featured in a recent Harvard Business School case study, providing a practical, public-facing overview of how AI can be applied across the drug discovery process.
The infamous Target data breach during the 2013 holiday shopping season, which cost the company more than $200 million in damages, has since been hailed as a landmark case in cybersecurity.
Exposure to these threats has only increased as businesses continue to expand their digital footprints. That’s why, as a new study involving Binghamton University’s School of Management found, businesses that sufficiently prepare to defend against cyberattacks are also more likely to perform better financially.
The study, part of an ongoing project, showed that investors value cybersecurity as a critical aspect of a firm’s risk management initiatives and its overall business strategy, describing it not only as a defensive mechanism but a key driver of financial performance.
“If a company has been affected by a cyberattack and ignores it or doesn’t make it clear they’re taking appropriate steps to deal with the problem, that will diminish customer trust and send a bad signal to shareholders, so the readiness and continuous investment are very important,” said Thi Tran, assistant professor in the School of Management, who co-authored the study. “We found that if the firms are more open about the situation and make it known they are attempting to do something about it, that will increase stakeholder trust and the firm will perform better.”
Researchers tested their theory by compiling data from conference calls held by most of the top-tier U.S. public companies from 2000 to 2023. They developed an algorithm that searched transcripts of those calls using a laundry list of cybersecurity-related keywords to detect whenever the subject was mentioned.
Tran said conference calls were used for the study because they offer a more accessible medium for investors to understand this type of information than studying the company’s cybersecurity risk disclosure documents.
By examining those conference call transcripts, researchers were able to gauge how public companies described their cybersecurity risks in conference calls and understand how that could affect their market valuation.
The study verified that cybersecurity readiness during the current year positively affected return on assets the following year. Researchers are expanding the study to include more context to better understand the mechanisms by which cybersecurity readiness affects firm performance, Tran said. In addition, researchers noted that exploring the issue at the international business level in future studies could reveal more regulatory and cultural nuances.
“It’s basic human psychology that people want to downplay or ignore problems that make them look bad, but this result demonstrates the importance of transparency and acknowledgement,” Tran said. “Hopefully, by seeing how it leads to good returns, more firm leaders will be motivated to recognize the actual value of why they should not ignore or downplay the cybersecurity issue.”
The study, “Effects of Cybersecurity Readiness on Firm Performance: Evidence from Conference Calls,” was presented at the 59th Hawaii International Conference on System Sciences in January. It was co-authored by Minh Nguyen of Florida Atlantic University, Hiep Dang of the University of Virginia and Jaekon Jung of the University of Hawaii at Manoa.
About Binghamton University
Binghamton University, State University of New York, is the #1 public university in New York and a top-100 institution nationally. Founded in 1946, Binghamton combines a liberal arts foundation with professional and graduate programs, offering more than 130 academic undergraduate majors, minors, certificates, concentrations, emphases, tracks and specializations, plus more than 90 master's, 40 doctoral and 50 graduate certificate programs. The University is home to nearly 18,000 students and more than 150,000 alumni worldwide. Binghamton's commitment to academic excellence, innovative research, and student success has earned it recognition as a Public Ivy and one of the best values in American higher education.
Compressed carbon dioxide (CO2) energy storage (CCES) has emerged as a promising large-scale energy storage technology, characterized by high energy density, moderate critical temperature, and operational flexibility. Concurrently, carbon capture, utilization and storage (CCUS) technology represents a critical pathway toward carbon neutrality for energy systems. The integration of CCES with CCUS is attracting growing research interests due to its unique potential to synergize energy and carbon flows within a closed-loop framework. This paper provides a comprehensive literature review of technological advancements in CCES and offers a perspective on its integration with CCUS. First, the fundamental working principle, system configurations, key performance indicators, and emerging demonstration projects of CCES are introduced. Subsequently, cutting-edge research and key challenges of CCES system are reviewed, focusing on optimization of CO2-based mixed working media, efficient liquefaction of low-pressure CO2, development of low-cost and safe CO2 storage facilities, enhancement of system performance through integration, and evaluation of dynamic behaviors. A central focus is placed on the integration of CCES with CCUS, highlighting how this synergy transforms CCES from a pure storage technology into a multi-functional tool for carbon management. This integration enables infrastructure sharing, dual-function storage (for energy and CO2), and improved economics. Finally, this review identifies key directions for future research, including advancing efficient system integration, developing high-precision transient simulation models and dynamic control algorithms, ensuring long-term safety of geological reservoirs under cyclic injection-extraction operations, and establishing multi-objective optimization and multi-criteria assessment frameworks to support the commercial deployment of integrated CCES-CCUS systems.