Millennium Café

Humans have the ability to recognize patterns, and architects in particular have a tendency to see them everywhere. This can be useful for research and design. I will discuss how decoding the logic behind the tessellation of the first geodesic dome can help the eco-conscious revival of an ancient wooden-roof construction method. Furthermore, I will demonstrate how we can apply known patterns and define new ones to increase the use of reclaimed materials, particularly bricks. 

Speaker: Orsolya Gaspar |  Architecture

The Center for Innovative Materials Processing through Direct Digital Deposition (CIMP-3D) is an interdisciplinary, intercollegiate research lab dedicated to cutting-edge additive manufacturing technologies (AM). The center houses advanced equipment to support AM research of metal, polymer, and ceramic materials, to include non-destructive evaluation techniques via x-ray tomography. With a dual focus on engineering design and processing science, and a fine-tuned balance of academic and industrial ties, CIMP-3D is a world-class facility for research that welcomes collaboration to explore novel materials and processes (ex: refractories), designs (ex: compliant mechanisms), and applications (ex: heat exchangers). This presentation will provide an overview of CIMP-3D’s facilities and capabilities, its operational structure and collaboration opportunities, and a selection of work performed in the past covering a wide range of topics.

Speakers: Hunter Rauch & Guha Manogharan |  CIMP-3D

Sleep is a vital behavior for health and well-being, but who has time to sleep? This presentation will highlight the interdisciplinary research of the Sleep Health, & Society Collaboratory, Including the role of work in sleep and cardiometabolic health, recent findings using machine learning in sleep wearable, how sleep is involved in healthy aging and brain health, and tips for healthy sleep.

Orfeu Buxton | Biobehavioral Health

It's been over two years since we began planning for the CHIPS Act opportunities, and finally, we are seeing the first programs to which PSU can contribute. In this brief presentation, I will provide you with an update on our current status and explain how you can get involved.

Daniel Lopez | MASH | Electrical Engineering

Chirality, ubiquitous in chemical and biological systems like DNA, exerts profound effects on the behavior of electrons and light, underscoring the indispensable role of quantum mechanics in elucidating these phenomena.

Speaker: Binghai Yan | @PSU on sabbatical – Weizmann Institute of Science

The ability to accurately weigh and identify micro and nanoparticles, especially at low concentrations, holds significant importance in chemistry, biology, and environmental monitoring.  While recent advancements in optical technologies have enabled ultra-low concentrations measurement, surface acoustic wave (SAW) devices have yet to fully match the performance of their optical counterparts.  Nonetheless, SAW sensors offer distinct advantages such as low power consumption, ease of integration into lab-on-a-chip platforms, and the ability to be fabricated on flexible substrates with wireless excitation and measurement capabilities.  In this presentation, I will introduce acoustic metamaterials and demonstrate how their incorporation into SAW sensors can substantially enhance their performance, particularly in detecting temperature variations and mass loading.

Speaker: Mourad Oudich | Acoustics