#PennState
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New Post has been published on Sports-Teller.com!
New Post has been published on https://sports-teller.com/list-candidates-replace-jim-knowles-penn-st-dc/ List of Candidates to Replace Jim Knowles as Penn State DC With Jim Knowles Leaving for Tennessee, Who is Favored to be Penn St.’s New DC in 2026? Who is the Top Candidate to Replace Jim Knowles? Full Story on Knowles Leaving Penn State The Nittany Lions just finished their worst season since going 7-6 in 2021. In fact, Penn State failed to qualify for a postseason berth for the first time since the pandemic-impacted 2020 campaign. Since the team brought in Iowa State’s Matt Campbell to replace James Franklin. Based on the staffing changes, that means some of the assistant coaches will not return for 2026. And that includes defensive … Read more
Penn State Quantum Computing For Gold Clusters Mimic Atoms Penn State quantum computing A Major Advance in Modifiable, Scalable Quantum Technology A groundbreaking combination between Penn State and Colorado State academics has shown how gold clusters may imitate the spin properties of confined gaseous atoms, revolutionising quantum computing and sensing. The challenge of scaling up exceedingly accurate systems to the size needed for quantum computers or sophisticated sensors has long plagued quantum applications. This breakthrough eliminates that obstacle. Researchers have shown for the first time that gold nanoclusters exhibit the same basic spin characteristics as the most powerful quantum information system approaches, offering a viable and extensible route for next-generation quantum devices. Electron spin is crucial to quantum computers, sensors, and other cutting-edge applications’ precision and efficiency. “The precise “direction an electron spins and its alignment with respect to other electrons in the system can directly impact the accuracy and longevity of quantum information systems,” said Penn State Eberly College of Science graduate student Nate Smith, a first author of one of the papers. Like the Earth, an electron can spin about its axis, which can be tilted relative to its nucleus. Unlike the Earth, electrons can spin clockwise or anticlockwise. Correlated electrons in a material spin in the same direction and have aligned tilts, resulting in strong spin polarisation. Hi spin polarisation materials can maintain this link over time, improving precision and stability. One of the most accurate quantum information systems uses electron spin in gaseous atoms. Trapped atomic ions are suspended in a gas in this complicated arrangement. This excites electrons to Rydberg states, which have long-lasting spin polarisations. Electron superposition, a quantum physics notion that lets electrons stay in several states until found, is also possible in this setup Quantum systems need this specific trait for their complex processes. These otherwise excellent systems are hindered by intrinsic dilution, which limits scaling. Penn State chemistry professor and department chair Ken Knappenberger, who led the research, said, “These trapped gaseous ions are by nature dilute, which makes them very difficult to scale up.” A condensed phase (solid material) might appear to give scalability because atoms are packed closer together, yet such systems are particularly vulnerable to environmental disruption. External interference can “scramble all the information that you encoded into the system, so the rate of error becomes very high”—an astonishing feat. Finding a material that can be used steadily and large-scale while keeping gaseous ions’ accuracy and quantum properties is tough. In the current study, gold clusters are boldly offered as a game-changing possibility that offers scalability without compromising quantum information. Knappenberger added, “In this study, found that gold clusters can mimic all the best properties of trapped gaseous ions with the benefit of scalability”. Monolayer-protected clusters, which have a gold core surrounded by ligands, were studied. Gold clusters can be controlled and synthesised in vast numbers, which is a practical advantage. This work is a “promising proof-of-concept that gold clusters could be used to support a variety of quantum applications” due to its straightforward fabrication procedure. Smith noted that these clusters are called super atoms because their electrical character is like that of an atom, and now we know their spin properties are also similar. By carefully scrutinising the gold clusters, the scientists found 19 unique Rydberg-like spin-polarized states that closely resembled the superpositions previously only achievable with diluted gas-phase trapped ions. This crucial discovery shows that gold clusters contain the fundamental properties needed for complex spin-based quantum information system functionalities. The discovery’s spin polarisation tunability in gold nanoclusters is revolutionary. In contrast to typical quantum materials, where spin polarisation is normally stable, the study showed that electron spin properties are “intimately related to the vibrations of the ligands” around the gold core. Due to this intimate association, scientists can broadly modify this key property by changing ligand structure. For instance, a cluster with a different ligand had 40% spin polarisation, while the original gold cluster had 7%. Knappenberger called this spin polarisation “competitive with some of the leading two-dimensional quantum materials”. This unique capacity to directly adjust spin polarisation allows unprecedented quantum state control. This innovative study solves a scaling problem and offers a “new frontier in quantum information science”. Ken Knappenberger discussed the paradigm shift: “The quantum field is generally dominated by researchers in physics and materials science, and the opportunity for chemists to use synthesis skills to design materials with tunable results”. With their facile synthesis in large quantities and recently discovered spin characteristic adjustment, these clusters are versatile components for a wide range of quantum applications, from sensitive sensing to powerful computation. ACS Central Science and The Journal of Physical Chemistry Letters publish the underlying study that describes and validates gold clusters’ exceptional spin properties. Nate Smith, Ken Knappenberger, Juniper Foxley, Patrick Herbert, Jane Knappenberger, Marcus Tofanelli, and Christopher Ackerson from Penn State and Colorado State are dedicated researchers. The National Science Foundation and Air Force Office of Scientific Research funded this critical research. The research team plans to study how intrinsic structures in ligands directly affect spin polarisation and how to correctly change them to better regulate spin properties. Further study on gold clusters may lead to more powerful and widely available quantum devices in the rapidly emerging field of quantum technology.
I’m heading out the door with a big box of books and swag and I’m ready to rock Happy Valley Comic Con. If you’re in the Penn State area, don’t miss this collection of celebs, artists, authors, and specialty vendors. You can find me at booth AA18 - be sure and stop by! MORE INFO/TICKETS HERE
Two weeks to Happy Valley Comic Con! Don’t miss this terrific gathering of celebrities, artists, authors and vendors. We’ll be at the Nittany Sports Center near Penn State in State College, PA on March 1st and 2nd. Come find me at booth AA18! Happy Valley Comic & Collectible Convention - Comics, sports cards, action figures, Anime & more!
New Post has been published on Sports-Teller.com!
New Post has been published on https://sports-teller.com/list-candidate-replace-carolyn-kieger-penn-state/ List of Candidates to Replace Carolyn Kieger at Penn State With Carolyn Kieger Fired, Who is Favored to be the Next Head Coach for Penn State in 2026-2027? Who Should Replace Carolyn Kieger? Full Story on Kieger Being Fired as Penn State’s Head Coach The Lady Lions previously achieved their first 20-win season in several years back in 2023-2024. But unfortunately, Penn State was unable to replicate that same success as the team suffered back-to-back losing records. Due to a lack of improvement from the women’s basketball team, the school decided to make a coaching change. With March Madness coming just around the corner, the university fired Carolyn Kieger after … Read more
Penn State Vs Clemson 10 22 Pinstripe Bowl Ncaa Shirt Get ready to showcase your team spirit with the exclusive Penn State Vs Clemson 10 22 Pinstripe Bowl NCAA shirt! This stylish and comfortable shirt features vibrant graphics celebrating the epic showdown between these two college football powerhouses, perfect for game days or casual outings. Made with high-quality materials, it promises durability and a great fit for fans of all ages. Whether you’re cheering from the stands or watching at home, this shirt is an essential addition to any dedicated fan’s wardrobe. Don’t miss out on the chance to support your team in style during this unforgettable bowl game! Shop Teefeny for NFL, NBA, MLB gear apparel. Celebrate your fandom in style!
Jeremiyah Love turned a simple 2 yard call into a moment with teeth In a game full of nerves and field position, he slammed through the line like he wanted to drag the whole sideline with him. This piece sits on that snap. The trust to give him the ball. The violence at contact. The way one short run can feel like a full message about how Notre Dame wants to finish drives against a name like Penn State. Two Yards of Destiny: Why Jeremiyah Love’s Touchdown Became the Standard
Packing is underway for Happy Valley Comic Con - this isn’t even a third of it! I have two more big boxes of books that were too heavy to haul over for the photo, plus tons of swag, new bookmarks, and display features. I am really looking forward to this - cons have such a fun vibe. I’ve got some fun costumes, too! MORE INFO
Little Dickies, gather around the case board. Halloween 2001. State College. A senior named Cindy Song goes out dressed as a bunny. She makes it home around 4:00 a.m. Her phone and backpack are inside. Her purse is gone. So is she. No forced entry. No struggle. No answers. More than two decades later, the case is still open. Full deep dive into Cindy’s life, her last known movements, and the theories that still haunt this case. https://thesassygazette.blogspot.com/2026/02/the-disappearance-of-cindy-song-penn.html #CindySong #TrueCrime #ColdCase #MissingPerson #PennState #Unsolved #JusticeForCindy #TrueCrimeBlog
Penn State’s C-TEQ Initiative to Lead Global Quantum Research Penn State has developed the Centre for Theory of Emergent Quantum Matter ( C-TEQ ) to research complex quantum systems. The University’s international prestige in quantum science is rising, and this new centre promotes interdisciplinary collaboration and accelerates groundbreaking research. With financing from the Office of the Senior Vice President for Research and the Eberly College of Science, C-TEQ was founded. The launch is intended to coincide with the 2025 International Year of Quantum Science & Technology (IYQ), a global drive to raise awareness of quantum science’s impact. Jainendra K. Jain, the center’s founding director, says C-TEQ’s creation shows the University’s commitment to the future of quantum science and honours the field’s first 100 years as the International Year of Quantum winds down. Institutional Strategy and Leadership Jainendra K. Jain, Erwin W. Müller Professor of Physics, Evan Pugh University Professor, and Eberly Chair in Physics, will direct the Centre for Theory of Emergent Quantum Matter. Institute for Computational and Data Sciences strategically manages C-TEQ under the Quantum Hub. Five research hubs, including the Quantum Hub, were created by ICDS to foster innovation and create a university-wide network for cutting-edge research. According to ICDS director Guido Cervone, C-TEQ strengthens Penn State’s quantum research leadership and builds on the Quantum Hub, which integrates quantum simulation, theory, and data departments. Director Jain says C-TEQ aims to “create a unique collaborative structure that ignites transformative quantum research and attracts significant external funding.” The centre will facilitate cross-disciplinary collaboration to accelerate discovery. Jain noted that Penn State already has a strong quantum community, but C-TEQ will bring together researchers from other disciplines to benefit these efforts internally and internationally. Advancing Quantum Discovery C-TEQ focusses on quantum mechanics in multi-particle systems. The center’s researchers will examine how topology, entanglement, and strong interactions create new condensed matter phenomena. The new centre will study odd particles, emergent quantum matter, and quantum physics and AI. Emergent events in complex quantum materials are studied to find fundamental principles that could lead to novel materials and quantum technology. Quantum computers could handle complex problems that current machines cannot. The centre uses Penn State’s interdisciplinary network to bring together great people, says Tracy Langkilde, Verne M. Willaman Dean of the Eberly College of Science. Dean Langkilde remarked, “The Eberly College of Science and the highly regarded physics department are the core academic home for many of these exceptional minds, driving fundamental research that builds future innovations. Andrew Read, Penn State’s Senior Vice President for Research, said C-TEQ symbolises the university’s commitment to basic research that increases human knowledge and powers new technology. Working Together and Training Multidisciplinary collaboration is promoted by combining quantum materials, sensing, communication, computation, and simulation research domains. Physics, materials science and engineering, electrical engineering and computer science, and mathematics faculty are involved in this crucial multidisciplinary approach. Professor Ribhu Kaul and Marcos Rigol, outstanding Professor of Physics, are among the centre’s outstanding faculty. Zhen Bi, an assistant professor of physics; Long-Qing Chen, an associate professor; Thomas Iadecola, an associate professor; Xiantao Li, a mathematics professor; Chaoxing Liu, a physics professor; Vincent Meunier, a professor and department head of engineering science and mechanics; Lukas Muechler, an assistant pro. Many centre associates are theorists and experimentalists. Creating the future quantum workforce is C-TEQ’s goal. The centre is seeking postdoctoral researchers for major quantum projects. Jain said C-TEQ will help Penn State’s status as a centre for quantum research by giving undergraduates and postdocs many opportunities to work with leading researchers. Application reviews for postdoctoral research fellows will begin after December 15 and continue until all positions are filled. To support quantum research, the University has invested heavily in faculty and facilities, including major renovations to Osmond Laboratory, which will house new particle astrophysics and condensed-matter physics labs. C-TEQ encourages academics, students, and postdocs to come up with bold ideas that lead to groundbreaking discoveries.
New Post has been published on Sports-Teller.com!
New Post has been published on https://sports-teller.com/list-candidates-replace-james-franklin-penn-st/ List of Candidates to Replace James Franklin at Penn State With James Franklin Fired, Who is the Leading Candidate to be the Next Head Coach for Penn State in 2026? Who Should Replace James Franklin in 2026? Full Story on Franklin Being Fired as Penn State’s Head Coach The Nittany Lions had a bright future heading into the 2025 season. In the off-season, the program hired former Ohio State Defensive Coordinator and 2024 National Champion Jim Knowles. Then, Penn State entered Week 1 as the #2 team in the country. But after winning the first three games single-handingly, things went from bad to worse. The school began a three-game losing … Read more
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