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Asking Google AI: What are the Pitfalls of Hiring an Academic Dean when the Applicants' Names are Kept Confidential from the College's Faculty by the Search Firm and Hiring Committee?

It's Friday evening and you are probably sitting down with your favorite take-out meal or are preparing to go out for dinner. To add to the enjoyment of your end-of-week relaxation time, Turner Business is now providing a new occasional series for Friday evenings called Asking Google AI. Tonight we are asking Google AI the following question: What are the pitfalls of hiring an academic dean when the applicants' names are kept confidential  from the college's faculty  by the search firm and hiring committee?  Below is an image of Google AI's thorough response. A closed search for a new academic executive is often the default setting, particularly when search firms are involved. This type of search is usually treated as one with only upsides and no downsides. However, as Google AI indicates above, there are substantial pitfalls associated with relatively closed searches of this kind. For example, faculty networks are often the best source of information about the applican...
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Turner College Grad Caryn Hammond Launches New Social Media Product for the Columbus Civic Center

As Event Facilitator for the Columbus Civic Center  and Ice Rink   — the largest entertainment venue in this region — Turner College grad Caryn Hammond   plays a key role in bringing world-class experiences to the heart of the community. These roles range from  coordinating high-profile concerts, sporting events, and family shows to managing logistics for local festivals and ice rink programming. To make these experiences successful, Hammond works closely with promoters, production teams, and local partners. Hammond's latest venture for Columbus Consolidated Government is the launch of the  Columbus Civic Center Influencer Ambassadors, which is a group of local social media influencers.  "As the curator of this initiative, this vision was created with one goal in mind, which was to bring together a dynamic group of individuals from different backgrounds, perspectives, and platforms to build meaningful partnerships between the Columbus Civic Center and ...

Latest Research by TSYS School's Yi Zhou Improves Performance and Reliability in High-Density Hybrid Solid-State Drives

Modern high-density flash memory technologies, such as Quad-Level Cell, commonly employ a hybrid architecture in which a subset of Quad-Level Cell blocks operates in Single-Level Cell mode as a cache for the remaining Quad-Level Cell blocks. In this architecture, hot data, or active, business-critical information that is accessed frequently and requires rapid, low-latency retrieval, are initially programmed to the Single-Level Cell cache and later migrated to the Quad-Level Cell region at block-level granularity. However, limited Single-Level Cell cache capacity and coarse migration granularity, which refers to transferring or moving large blocks of data, objects, or units at one time rather than small, individual pieces, can cause hot data that has not yet cooled to be prematurely migrated to the Quad-Level Cell region, significantly degrading solid-state drive performance and lifespan. This phenomenon is referred to as premature migration. To address this issue, a new study ...

Donors Transform Vision into Impact with Record $23.6M Fundraising Year

Columbus State University reached extraordinary new heights in Fiscal Year 2026, receiving $23,634,627 in total gifts, commitments and planned giving from its philanthropic partners. This record-breaking total marks a 29% increase (+$5.3 million) over FY25 and a remarkable 280% surge (+$17.5 million) over FY24—along with noteworthy growth in the university’s endowment.  FY26 stands out as only the third time in university history that single-year philanthropic support has surpassed the $20 million mark—the other two being during multi-year comprehensive fundraising campaigns.  “This milestone year demonstrates what happens when our generous donors invest in the transformative power of a college experience,” said Stuart Rayfield, Columbus State’s president. “From state-of-the-art innovation in teaching, experiential learning and emergent technology to expanding opportunities in the arts, humanities and health professions, these gifts directly empower our students to become pers...

Thomas Fanning Named Chancellor of the University System of Georgia

As reported by Ty Tagami for Capitol Beat , Thomas Fanning will succeed Sonny Perdue as the next Chancellor of the University System of Georgia. Fanning led the Southern Company for 13 years and chaired the Federal Reserve Bank of Atlanta's Board of Directors. He was also educated within the USG, holding bachelor's and master's degrees from the Georgia Institute of Technology. Tagami's report on Fanning for Capitol Beat appears below.

Four Members of Columbus Chamber of Commerce's Leadership Class of 2027 have Ties to Turner College

At least four of the members of the Columbus Chamber of Commerce's Leadership Class of 2027 have ties to the Turner College.  One of these is Abigail Littleton , Assistant Director of Client Experience for The Leadership Institute at CSU. Littleton earned a bachelor's degree in sociology from the College of Charleston in 2023 and an MSOL degree from the Turner College in 2024. She also holds a graduate certificate in professional writing and technical editing from the University of Kentucky. Joining Littleton is Alexa Johnson Anderson , a fintech customer success leader who currently resides in Atlanta. Anderson holds an undergraduate degree in journalism from the University of Georgia, and an MSOL degree from the Turner College. She most recently worked as Customer Success Manager for Broadcom Software. CSU's Assistant Director of Alumni & Student Engagement, Alexis Gray , also joins the 2027 class. Gray earned a bachelor's degree in sociology from CSU in 2016, whi...

New Study by TSYS School's Rahmatullah Roche and Researchers from Virginia Tech Presents Computational Protocol for Predicting Protein-RNA Interactions

Knowledge of protein-RNA interactions is critical to an understanding of cellular biology, with potential impact on drug design and discovery. Numerous computational methods that have been developed to predict the RNA interaction sites on protein or protein interaction sites on RNA have attained promising prediction performance. However, these methods do not capture the three-dimensional (3D) interactions between protein and RNA in Euclidean space, which convey finer-grained complex structural information.  New research by TSYS School computer scientist Rahmatullah Roche  and Virginia Tech's Sumit Tarafder and Debswapna Bhattacharya presents a protocol to predict three-dimensional protein-RNA complex structural models from their sequences using a deep learning-based approach named ProRNA3D-single. Roche and his colleagues first  delineate detailed steps for predicting protein-RNA interaction maps by leveraging pretrained language models. Their study, which appears in a re...