Strategic planning has paved the way for Penn State's ascension among the ranks of the world’s great research universities. Since the 1980s, Penn State has engaged in strategic planning to strengthen its ability to make careful, informed choices, and to allocate resources based on evidence, judgment, and long-term priorities. In 2016, Penn State published its five-year strategic plan, titled “Our Commitment to Impact,” and plan implementation is underway across the university. In this presentation, Provost Jones will share details about the plan implementation process and some recently funded initiatives that reveal how real-world activities support Penn State’s strategic priorities. Also covered: best practices in strategic planning, as well as pitfalls to avoid; how engagement, collaboration, and innovation by researchers and others university-wide are driving meaningful change; and some key takeaways Dr. Jones has gleaned from his work in higher education leadership.
Modern smart-phones come equipped with sophisticated optics that can be used to record scientific phenomena. This talk provides an overview of how to extract scientific data from images recorded using smart-phone cameras and other sophisticated imaging devices. Applications including object shape/surface-topography analyses, understanding complex material phenomena, and using smart phones as visual aids will be discussed.
Dielectrics are a broad class of materials that do not have significant electronic or ionic conduction. They are critical in many applications that require high voltage or controlled electromagnetic wave propagation. The fundamental properties of dielectric materials will be discussed along with example applications in hybrid electric vehicles and magnetic resonance imaging.
There will be no Café on 7/3 – we’ll see you on 7/10.
Semipermeable membranes are used throughout the downstream purification of all biotherapeutics, e.g., monoclonal antibodies which have current sales in excess of $100 billion / year. This talk will provide a short overview of the key applications of membrane systems in bioprocessing with a specific focus on the use of membrane filtration for the removal of contaminating viruses. The ability of these membranes to provide highly selective separations is determined by their nanoscale pore structure – recent results from our laboratory using confocal microscopy and SEM provide new insights into the complex virus capture behavior of these porous membranes.
This talk shares a vision for sustainability at PSU, it explains what sustainability is in terms of the UN Sustainable Development Goals, and how we plan to achieve them through collaborations across disciplines, colleges and campuses. We invite collaboration on experiential learning, transdisciplinary sustainability solutions, and creating "living labs" at the Sustainability Experience Center.
Due to a situation outside of our control the Millennium Café is cancelled for 6/19. We’ll see you on 6/26 for more interdisciplinary goodness.
Individuals differ in the way they respond to infections, some struggle and suffer, while others are very good at fighting the infection. While genetic differences are important, other factors can contribute to generating highly infectious individuals. One of these factors is the presence of a second pathogen and the fact that hosts have now to deal with both infections. The outcome is not easily predictable and can affect the dynamics of infection.
Crystalline oxide and chalcogenide thin films offer functionalities beyond their bulk counterparts. Growing these thin films is not always straight forward and defects frequently mask the properties of interest. In this talk I will highlight selected examples where molecular beam epitaxy (MBE) has enabled the growth of new thin films with unique functionality.
The safety of our food supply relies on timely and accurate detection of microorganisms that can cause foodborne illness. Traditional microbiological methods frequently fail to distinguish closely related beneficial bacteria used as biocontrol agents from those that can cause infection. In such cases, use of genomics methods for accurate and precise identification, and prediction of pathogenic potential becomes invaluable.
Recent electron microscopy instrumentation advances have aimed to push the resolution limit, leading to remarkable instruments capable of imaging at 0.5 Å. But, when imaging soft materials, the resolution is often limited by the amount of dose the material can handle rather than the instrumental resolution. Despite the challenges of working with radiation sensitive samples, recent developments in electron microscopy have the potential to transform polymer electron microscopy. For example, monochromatated sources enable spectroscopy and imaging based on the valence electronic structure, aberration correctors enable imaging of thick films, direct electron detectors minimize the required dose for imaging, and differential phase contrast imaging can map heterogeneities in electric fields within films.
Geological systems such as subsurface reservoirs or aquifers often exhibit complex patterns of spatial heterogeneity in the form of channels, natural fractures, and other features. The presence of these multi-scale features strongly influences the performance of processes such as gas-injection and groundwater flow. In this talk, a unique pattern growth algorithm for modeling the complex connectivity of such subsurface systems and a strategy for calibrating the models using injection data will be presented.
On May 22th 44 students competed in the Millennium Café Pitch Competition sponsored by PPG. The competition was fierce as students had <2 minutes to introduce their research in a manner that was understandable and inspiring to our panel of judges. Don’t miss this opportunity to hear four of the top-5 winners from this year’s competition.
Joseph Persichetti “Modeling the Ensemble Reaction Pathways in Enzyme Catalysis”
Alexis Baxter “Can Metal Ions Cause Alzheimer’s”
Kayla Gentile “Self-Powered Micropumps”
Ambika Somasundar “Controlling the Direction of Motion of Enzyme-coated Liposomes”
Come learn about what is happening and how you can join water related research, education, and outreach efforts at Penn State.
The occurrence of workplace accidents is described within the context of self-organized criticality, a theory from statistical physics that governs a wide range of phenomena across physics, biology, geosciences, economics, and the social sciences. Workplace accident data from the U.S. Bureau of Labor Statistics reveal a power-law relationship between the number of accidents and their severity as measured by the number of days lost from work. This power-law scaling is indicative of workplace accidents being governed by self-organized criticality, suggesting that nearly all workplace accidents have a common underlying cause, independent of their severity.
The primary objective of the NASA Mars Science Laboratory Mission is to investigate the potential habitability of ancient Mars. During this mission, the Curiosity Rover has traversed hundreds of meters of mudstone representing a long-lived series of ancient lakes. Characteristics of the sandstone and conglomerate deposits studied along the traverse indicate that those lakes were sustained by rivers and deltas. Additionally, the mission has found extensive evidence for water having flowed through fractures in the bedrock at a later time of Martian history. Further, the preserved rocks, and their associated minerals, show considerable evidence for different reduction/oxidation states, an important prerequisite for habitability.
Size and shape are important properties of particulate samples. These can influence a wide range of characteristics, such as: texture and feel of food ingredients, flowability of metal powders, and packing density/porosity of ceramics, to name a few. This talk will highlight capabilities and applications of two new particle characterization instruments currently available at Materials Characterization Lab, the Mastersizer 3000 for measuring particle size distribution and the Morphologi G3 SE for imaging size and shape of individual particle.