Podcasts about presented march

Dr. Christie Klimas, DePaul University environmental scientist, focuses on the Amazon rainforest to illustrate how our individual and collective actions impact our global economy and ecology, and how this can be informed by Pope Francis' encyclical on the environment, Laudato Sí. Presented March 30, 2021. Hosted by the UP Garaventa Center.

An archived webinar on the science behind FR clothing. Derek Sang, technical training manager for Bulwark covers: How FR clothing self-extinguishes; how FR properties are engineered into fibers and fabrics; where FR tech is headed; and more. Presented March 2, 2020. Watch the archived webinar video to see the presenter's slides at https://www.safetyandhealthmagazine.com/events/159-advanced-fr-ar-concepts-a-deeper-look-into-fr-ar-protection

An archived webinar on the science behind FR clothing. Derek Sang, technical training manager for Bulwark covers: How FR clothing self-extinguishes; how FR properties are engineered into fibers and fabrics; where FR tech is headed; and more. Presented March 2, 2020. Watch the archived webinar video to see the presenter's slides at https://www.safetyandhealthmagazine.com/events/159-advanced-fr-ar-concepts-a-deeper-look-into-fr-ar-protection

www.Myradiostream.com/Undergroundrailroad WHAT THEY AREN'T TELLING YOU! THIS IS ALL ABOUT DEBT! (Presented March 13th 2020) SUBSCRIBE: https://www.youtube.com/c/Truthunedited DONATE: www.truthunedited.com/donate Your support is greatly appreciated. PLEASE FOLLOW ME ON SOCIAL MEDIA INSTAGRAM: bit.ly/Truthunedited-Instagram FACEBOOK: bit.ly/Truthunedited-Facebook BLOG: www.truthunedited.com PATREON: https://www.patreon.com/Truthunedited To reach me directly you can email me at questions@truthunedited.com Please give me time to respond. Thank you greatly for watching and all of your support! May Elohim Bless You!

Dr. Rogers studies the solar dynamo. This involves studying the hydrodynamics and magnetohydrodynamics of stellar interiors in general and in particular in the Sun. She uses large scale numerical simulations in two and three dimensions to study the interactions of turbulence, waves and magnetic fields. While mainly focused on the solar interior, Tami is interested in fluid dynamics in general, as applied to stellar and planetary interiors and atmospheres. Presented March 2, 2012.

Larry Winter is the Deputy Director of the National Center for Atmospheric Research (NCAR). In that role he assists with scientific leadership, provides administrative oversight, and helps formulate strategic goals, budgets, and programmatic priorities for the institution. Dr. Winter is also an Adjunct Professor in the Department of Hydrology and Water Resources at the University of Arizona. Before moving to NCAR, Dr. Winter was leader of three groups at Los Alamos National Laboratory. During 1997-1999 he led the Computer Research and Applications Group; from 1995-1997 he led the Geoanalysis Group; from 1990-1995 he led the Applied Mathematics and Statistics Team. Presented March 23, 2012.

Adam Block is most well-known for his abilities to speak and communicate difficult concepts in astronomy in simple and creative ways. Over the past 15+ years he has hosted many thousands of evenings for the public and strives to maintain quality programs that are fresh and exciting with unflagging enthusiasm. Adam is also recognized around the world as a leading astrophotographer. The images he produces as part of public outreach programs are published in magazines, books, posters, and widely on the internet. His images have graced NASA's "Astronomy Picture of the Day" website more than 50 times and have been used as reference images by amateur and professional astronomers alike. Presented March 9, 2012.

Dr. Enquist's lab investigates how functional constraints at the level of the individual (anatomical and physiological) influence larger scale ecological and evolutionary patterns. He is broadly trained plant ecologist. His lab uses both theoretical, computational, biophysical and physiological approaches to address integrative questions related to (1) the evolution of form and functional diversity; (2) the origin of allometric relationships (how characteristics of organisms change with their size) and the scaling of biological processes - 'from cells to ecosystems'; (3) the evolution of life-history and allocation strategies; and (4) community ecology and macroecology. His research also includes the monitoring of long-term dynamics of growth and change within a tropical forest in the Area de Conservation, Guanacaste, Costa Rica. Presented March 30, 2012.

Researchers at the Oak Ridge National Laboratory have developed a series of superhydrophobic (extremely water-repellent) materials and surfaces. This research and development effort began over five years ago with a goal of making a nanostructured material that would be the most water-repellent material theoretically possible — a material with a water contact angle very close to the theoretical limit of 180 degrees. The idea was to create an ideal nanostructured surface pattern that greatly amplifies the effect of water’s surface tension. Modeling and simulation results indicated that the ideal structure for water repulsion would be an ordered cone array. ORNL has created such an array structure (morphology) using fiber optic fabrication methods that turns a normally hydrophobic surface into the most hydrophobic surface fabricated to date. These surfaces turn water drops into nearly perfect spheres that bounce like rubber balls all over the surface until they finally bounce off. The water repulsion is so great that a layer of air gets physically trapped to the surface and remains on the surface even if the surface is totally submerged in water. The fabrication of this ideal cone structure was based on a modified version of existing microchannel plate fabrication techniques. This presentation will discuss how we fabricated these glass cone arrays, and the resulting superhydrophobic behavior of the arrays. The knowledge gained from this initial research effort has led to the creation of additional materials, structures and coatings that are not only superhydrophobic, but that are also much easier to fabricate than glass cone arrays and can be applied to virtually any surface. All these superhydrophobic materials and some of their potential applications will also be discussed and demonstrated. Presented March 10, 2011.

Abstract: Weak Interacting Massive Particle (WIMP) has been a popular dark matter candidate, which naturally appears in many beyond the Standard Model new physics scenarios. In this talk, I will present several recent theoretical developments in dark matter candidates that are closely related to the WIMP miracle: superWIMP scenario and Wimpless scenario. I will also discuss how to study those dark matter scenarios at both high energy colliders and dark matter detection experiments. Presented March 26, 2010.

Collaboration in many sectors of resource management was born out of necessity: to resolve specific conflicts and advance resource management problem-solving beyond legislative and judicial battlegrounds. It has been and continues to be a pragmatic approach. In recent years, however, collaboration is moving towards a form of governance, not just focusing on specific resource problems but as a general approach to steering policy and management in the face of the complexities and uncertainties associated with environmental, political, and socio-economic change. This evolution from problem-solving process to governance mechanism raises new practical and research questions. I will focus on opportunities and challenges associated with this new generation of collaboration in natural resource management, drawing on my work in public forest management. Of particular interest is how ‘horizontal’ collaborative networks and processes integrate with ‘vertical’ bureaucratic organizational structures and processes to achieve more coordinated, adaptive resource management. I draw on three analytical lenses to explore and analyze the pathways and barriers to collaborative resource governance: Collaborative Public Management, with its roots in public administration; Adaptive Governance, which focuses on mechanisms of social learning and cross-scale integration; and Historical Institutionalism, a subfield of political science that concerns itself with the problem of path-dependence in affecting institutional change and adaptation. Presented March 8, 2010

Abstract: Medical physics is the bridge that brings the res oalmf physics and medicine together. The study and practice of medical physics covers four primary sub-fields: radiation therapy, diagnostic imaging, nuclear medicine and medical health physics. Each of these categories will be discussed. Additional discussion on current topics in medical physics education, professional issues and research will be presented. A short review of the UA PSM-Medical Physics program will also be presented. Current on-going research project in radiation oncology physics at UA will be discussed. Some of these projects include computational simulation for radiation dosimetry, equipment/protocol evaluation and development of a dynamic phantom. Dr. Watchman earned his undergraduate degree in physics and exercise physiology at Brigham Young University. He received a graduate degree in health physics at Iowa State University, and a doctorate in medical physics at Florida State University. Prior to his appointment as assistant professor at the Arizona Cancer Center, Dr. Watchman completed residency training in radiation oncology physics at the University of Arizona in 2007. He is a board-eligible medical physicist. Presented March 5, 2010.

Dr. Andreas Heinrich leads the scanning probe microscopy project at IBM Research's Almaden lab in San Jose, CA. The experiments conducted by Heinrich's group aim to extend the basic knowledge about the physics, chemistry, and materials properties of atomic-scale structures with a focus on exploring potential applications of nanostructures for atomic-scale logic and data-storage. Heinrich joined the IBM research group of Dr. Donald Eigler as a postdoctoral researcher in 1998 where he built a next-generation low-temperature scanning tunneling microscope operating at temperatures below 1K and in high magnetic fields. In January 2005, Heinrich took over the leadership of the STM lab. He is devoted to educating the general public about the excitement of nanotechnology through hands-on demonstrations, is the author or co-author of papers published in the highest-ranking international journals and has given over 50 invited talks at international conferences. Heinrich received his Ph.D. in 1998 from the University of Goettingen in Germany where he studied the materials properties of ternary compound semiconductors. Presented March 6, 2009.

Dr. Jokipii is Regents' Professor Randy Jokpii, UA Departments of Planetary Sciences and Astronomy. Presented March 13, 2009.

In this two-part series, Dr. Richard Burton and Dr. Arne Kislenko discuss the socio-economic history of China and China's role in current international affairs. Presented March 22, 2006 at Ryerson Uni

In this two-part series, Dr. Richard Burton and Dr. Arne Kislenko discuss the socio-economic history of China and China's role in current international affairs. Presented March 22, 2006 at Ryerson Uni