Search

Your search keyword '"Adams, Jesse"' showing total 276 results
Start Over Author "Adams, Jesse"
276 results on '"Adams, Jesse"'

1. An Online Dynamic Amplitude-Correcting Gradient Estimation Technique to Align X-ray Focusing Optics

Author

Breckling, Sean, Dresselhaus-Marais, Leora E., Machorro, Eric, Brennan, Michael C., Pillow, Jordan, Espanol, Malena, Kozioziemski, Bernard, Coffee, Ryan, Kim, Sunam, Kim, Sangsoo, Nam, Daewoong, Gonzales, Arnulfo, Lund, Margaret, Adams, Jesse, Champion, Daniel, Williams, Ajanae, Joyce, Kevin, and Howard, Marylesa

Subjects
Physics - Instrumentation and Detectors
Abstract

High-brightness X-ray pulses, as generated at synchrotrons and X-ray free electron lasers (XFEL), are used in a variety of scientific experiments. Many experimental testbeds require optical equipment, e.g Compound Refractive Lenses (CRLs), to be precisely aligned and focused. The lateral alignment of CRLs to a beamline requires precise positioning along four axes: two translational, and the two rotational. At a synchrotron, alignment is often accomplished manually. However, XFEL beamlines present a beam brightness that fluctuates in time, making manual alignment a time-consuming endeavor. Automation using classic stochastic methods often fail, given the errant gradient estimates. We present an online correction based on the combination of a generalized finite difference stencil and a time-dependent sampling pattern. Error expectation is analyzed, and efficacy is demonstrated. We provide a proof of concept by laterally aligning optics on a simulated XFEL beamline.

Published
2022

2. Wakasagi in the San Francisco Bay–Delta Watershed: Comparative Trends in Distribution and Life-History Traits with Native Delta Smelt

Author

Davis, Brittany E., Adams, Jesse B., Lewis, Levi S., Hobbs, James A., Ikemiyagi, Naoaki, Johnston, Catherine, Mitchell, Lara, Shakya, Anjali, Schreier, Brian, and Mahardja, Brian

Subjects
Wakasagi, ecology, distribution, life history, Delta Smelt
Abstract

Intentional introductions of non-native fishes can have severe consequences on native communities. Wakasagi (Hypomesus nipponensis, referred to as Japanese Pond Smelt) are native to Japan and were once separated from their non-native congener the endangered Delta Smelt (Hypomesus transpacificus) of the San Francisco Estuary (hereon ‘estuary’) of California (CA). Wakasagi were introduced into CA reservoirs in the 20th century as forage fish. Wakasagi have since expanded their distribution downstream to the estuary, but less is known about Wakasagi’s current distribution status and biology in the estuary, and negative influences on Delta Smelt. In this study, we took a comparative approach by synthesizing long-term field monitoring surveys, modeling environmental associations, and quantifying phenology, growth, and diets of Wakasagi and Delta Smelt to describe abundance and range, trends of co-occurrence, and shared ecological roles between smelt species. We found Wakasagi in greatest abundance in the upper watershed below source reservoirs and in the northern regions of the estuary with the most co-occurrence with Delta Smelt; however, their range extends to western regions of the estuary, and we found evidence of an established population that annually spawns and rears in the estuary. We found these smelt species have similar ecological roles demonstrated by overlaps in habitat use (e.g., an association with higher turbidities and higher outflow), phenology, growth, and diets. Despite similarities, earlier hatching and rearing of Wakasagi during cooler months and reduced growth during warmer drought years suggest this species is unlike typical non-natives (e.g., Centrarchids), and they exhibit a similar sensitivity to environmental variability as Delta Smelt. This sensitivity may be why Wakasagi abundance remains relatively low in the estuary.

Published
2022

3. Cradle-to-Grave Lifecycle Analysis of U.S. Light-Duty Vehicle-Fuel Pathways: A Greenhouse Gas Emissions and Economic Assessment of Current (2020) and Future (2030-2035) Technologies

Author

Kelly, Jarod, primary, Elgowainy, Amgad, additional, Isaac, Raphael, additional, Ward, Jacob, additional, Islam, Ehsan, additional, Rousseau, Aymeric, additional, Sutherland, Ian, additional, Wallington, Timothy, additional, Alexander, Marcus, additional, Muratori, Matteo, additional, Franklin, Matthew, additional, Adams, Jesse, additional, and Rustagi, Neha, additional

Published
2023
Full Text
View/download PDF

5. Feature-based data assimilation in geophysics

Author

Morzfeld, Matthias, Adams, Jesse, Lunderman, Spencer, and Orozco, Rafael

Subjects
Earth Sciences, Geophysics, Meteorology & Atmospheric Sciences
Abstract

Many applications in science require that computational models and data be combined. In a Bayesian framework, this is usually done by defining likelihoods based on the mismatch of model outputs and data. However, matching model outputs and data in this way can be unnecessary or impossible. For example, using large amounts of steady state data is unnecessary because these data are redundant. It is numerically difficult to assimilate data in chaotic systems. It is often impossible to assimilate data of a complex system into a low-dimensional model. As a specific example, consider a low-dimensional stochastic model for the dipole of the Earth's magnetic field, while other field components are ignored in the model. The above issues can be addressed by selecting features of the data, and defining likelihoods based on the features, rather than by the usual mismatch of model output and data. Our goal is to contribute to a fundamental understanding of such a feature-based approach that allows us to assimilate selected aspects of data into models. We also explain how the feature-based approach can be interpreted as a method for reducing an effective dimension and derive new noise models, based on perturbed observations, that lead to computationally efficient solutions. Numerical implementations of our ideas are illustrated in four examples.

Published
2018

6. The Native Hawaiian Insect Microbiome Initiative: A Critical Perspective for Hawaiian Insect Evolution.

Author

Poff, Kirsten, Stever, Heather, Reil, Jonathan, Seabourn, Priscilla, Ching, Alexander, Aoki, Sayaka, Logan, Mitchel, Michalski, Jennifer, Santamaria, Jessika, Adams, Jesse, Eiben, Jesse, Yew, Joanne, Ewing, Curtis, Magnacca, Karl, and Bennett, Gordon

Subjects
Hawaiian insects, Wolbachia, insect-microbe interactions, microbial ecology, microbiome, symbiosis
Abstract

Insects associate with a diversity of microbes that can shape host ecology and diversity by providing essential biological and adaptive services. For most insect groups, the evolutionary implications of host-microbe interactions remain poorly understood. Geographically discrete areas with high biodiversity offer powerful, simplified model systems to better understand insect-microbe interactions. Hawaii boasts a diverse endemic insect fauna (~6000 species) characterized by spectacular adaptive radiations. Despite this, little is known about the role of bacteria in shaping this diversity. To address this knowledge gap, we inaugurate the Native Hawaiian Insect Microbiome Initiative (NHIMI). The NHIMI is an effort intended to develop a framework for informing evolutionary and biological studies in Hawaii. To initiate this effort, we have sequenced the bacterial microbiomes of thirteen species representing iconic, endemic Hawaiian insect groups. Our results show that native Hawaiian insects associate with a diversity of bacteria that exhibit a wide phylogenetic breadth. Several groups show predictable associations with obligate microbes that permit diet specialization. Others exhibit unique ecological transitions that are correlated with shifts in their microbiomes (e.g., transition to carrion feeding from plant-feeding in Nysius wekiuicola). Finally, some groups, such as the Hawaiian Drosophila, have relatively diverse microbiomes with a conserved core of bacterial taxa across multiple species and islands.

Published
2017

8. Microwave dynamics of high aspect ratio superconducting nanowires studied using self-resonance

Author

Santavicca, Daniel F., Adams, Jesse K., Grant, Lierd E., McCaughan, Adam N., and Berggren, Karl K.

Subjects
Condensed Matter - Superconductivity, Condensed Matter - Mesoscale and Nanoscale Physics
Abstract

We study the microwave impedance of extremely high aspect ratio (length/width ~ 5,000) superconducting niobium nitride nanowires. The nanowires are fabricated in a compact meander geometry that is in series with the center conductor of a 50 ohm coplanar waveguide transmission line. The transmission coefficient of the sample is measured up to 20 GHz. At high frequency, a peak in the transmission coefficient is seen. Numerical simulations show that this is a half-wave resonance along the length of the nanowire, where the nanowire acts as a high impedance, slow wave transmission line. This resonance sets the upper frequency limit for these nanowires as inductive elements. Fitting simulations to the measured resonance enables a precise determination of the nanowire's complex sheet impedance at the resonance frequency. The real part is a measure of dissipation, while the imaginary part is dominated by kinetic inductance. We characterize the dependence of the sheet resistance and sheet inductance on both temperature and current and compare the results to recent theoretical predictions for disordered superconductors. These results can aid in the understanding of high frequency devices based on superconducting nanowires. They may also lead to the development of novel superconducting devices such as ultra-compact resonators and slow-wave structures.

Published
2016
Full Text
View/download PDF

11. Feature-based data assimilation in geophysics

Author

Morzfeld, Matthias, Adams, Jesse, Lunderman, Spencer, and Orozco, Rafael

Subjects
Information and Computing Sciences, Applied Computing
Abstract

Abstract. Many applications in science require that computational models and data be combined. In a Bayesian framework, this is usually done by defining likelihoods based on the mismatch of model outputs and data. However, matching model outputs and data in this way can be unnecessary or impossible. For example, using large amounts of steady state data is unnecessary because these data are redundant, it is numerically difficult to assimilate data in chaotic systems, and it is often impossible to assimilate data of a complex system into a low-dimensional model. These issues can be addressed by selecting features of the data, and defining likelihoods based on the features, rather than by the usual mismatch of model output and data. Our goal is to contribute to a fundamental understanding of such a feature-based approach that allows us to assimilate selected aspects of data into models. Specifically, we explain how the feature-based approach can be interpreted as a method for reducing an effective dimension, and derive new noise models, based on perturbed observations, that lead to computationally efficient solutions. Numerical implementations of our ideas are illustrated in four examples.

Published
2017

12. Cradle-to-Grave Lifecycle Analysis of U.S. Light-Duty Vehicle-Fuel Pathways: A Greenhouse Gas Emissions and Economic Assessment of Current (2020) and Future (2030-2035) Technologies.

Author

Kelly, Jarod C., Elgowainy, Amgad, Isaac, Raphael, Ward, Jacob, Islam, Ehsan, Rousseau, Aymeric, Sutherland, Ian, Wallington, Timothy J., Alexander, Marcus, Muratori, Matteo, Franklin, Matthew, Adams, Jesse, and Rustagi, Neha

Subjects
GREENHOUSE gases, GOVERNMENT laboratories
Abstract

U.S. DRIVE Integrated SystemsAnaIysis Technical Team members contributed to this report in a variety ofways, ranging from fulltime work in multiple study areas to involvement on a specific topic, or to drafting and reviewing proposed materials. Involvement in these activities should not be construed as endorsement or agreement with all of the assumptions, analysis, statements, and findings in the report. Any views and opinions expressed in the report are those of the authors and do not necessarily reflect those OfArgonne National Laboratory, other participating National Laboratories, the U.S. Department of Energy, or the U.S. DRIVE partners. [ABSTRACT FROM AUTHOR]

Published
2024

13. 2020 ACC/HFSA/ISHLT Lifelong Learning Statement for Advanced Heart Failure and Transplant Cardiology Specialists: A Report of the ACC Competency Management Committee

Author

Yancy, Clyde W., Drazner, Mark H., Coffin, Samuel Tristram, Cornwell, William, III, Desai, Shashank, Erwin, John P., III, Ginwalla, Mahazarin, Harshaw-Ellis, Karol S., Horwich, Tamara, Kittleson, Michelle, Lala, Anuradha, Lewsey, Sabra C., Marine, Joseph E., Martin, Cindy, Meehan, Karen, Morrow, David A., Schlendorf, Kelly, Smith, Jason W., Stevens, Gerin R., Arrighi, James A., Mendes, Lisa A., Adams, Jesse E., III, Brush, John E., Jr, Dec, G. William, Jr, Denktas, Ali, Fernandes, Susan, Freeman, Rosario, Francis, Sanjeev A., Hahn, Rebecca T., Halperin, Jonathan L., Housholder-Hughes, Susan D., Khan, Sadiya S., Klarich, Kyle, Lin, C. Huie, McPherson, John A., Niazi, Khusrow, Ryan, Thomas, Solomon, Michael A., Spicer, Robert L., Tam, Marty, Wang, Andrew, Weissman, Gaby, Weitz, Howard H., and Williams, Eric S.

Published
2020
Full Text
View/download PDF

14. Cradle-to-Grave Lifecycle Analysis of U.S. Light-Duty Vehicle-Fuel Pathways: A Greenhouse Gas Emissions and Economic Assessment of Current (2020) and Future (2030-2035) Technologies

Author

Kelly, Jarod, primary, Elgowainy, Amgad, additional, Isaac, Raphael, additional, Ward, Jacob, additional, Islam, Ehsan, additional, Rousseau, Aymeric, additional, Sutherland, Ian, additional, Wallington, Timothy, additional, Alexander, Marcus, additional, Muratori, Matteo, additional, Franklin, Matthew, additional, Adams, Jesse, additional, and Rustagi, Neha, additional

Published
2022
Full Text
View/download PDF

18. Department of Energy Hydrogen Program Plan

Author

McQueen, Shawna, primary, Stanford, Joseph, additional, Satyapal, Sunita, additional, Miller, Eric, additional, Stetson, Ned, additional, Papageorgopoulos, Dimitrios, additional, Rustagi, Neha, additional, Arjona, Vanessa, additional, Adams, Jesse, additional, Randolph, Katie, additional, Peterson, David, additional, Hill, Laura, additional, Koleva, Mariya, additional, Reinhardt, Tim, additional, Frye, Evan, additional, Schrecengost, Robert, additional, Kokkinos, Angelos, additional, Litynski, John, additional, Conrad, Regis, additional, Soloveichik, Grigorii, additional, Tew, David, additional, Litzelman, Scott, additional, Vetrano, John, additional, Onuschak, Rebecca, additional, Hahn, Alison, additional, Hsieh, Eric, additional, and Costa, Ryan, additional

Published
2020
Full Text
View/download PDF

20. [ONLINE.HD] Ver Black Adam 2022 𝐏elícula 𝗖ompleta Online en 𝐄spañol y Latino

Author

Adams, Jesse B.

Subjects
[ONLINE.HD] Ver Black Adam 2022 𝐏elícula 𝗖ompleta Online en 𝐄spañol y Latino
Abstract

Ver 𝐏elícula 𝐂ompleta Black Adam Online en 𝐄spañol Latino Black Adam (2022) 𝐏elícula 𝐂ompleta Online en 𝐄spañol ... Cómo y Dónde Ver la 𝐏elícula ‘One Black Adam ’ en Latinoamérica y España. Aquí Puedes Ver la 𝐏elícula One Black Adam (2022) Online y Gratis en 𝐄spañol y Latino ► Clic aquí para ver Black Adam online y gratis ► Clic aquí para ver Black Adam online y gratis One Black Adam Pelicula 𝐂ompleta | 4K [Blu Ray] 460p - 720p - 1080p - Flv - Mp4 Conoce cómo y dónde ver la 𝐏elícula 𝐂ompleta de One Black Adam (2022) online gratis en 𝐄spañol. No te preocupes, acá te dejo opciones para ver One Black Adam online. ¿Dónde Ver ‘One Black Adam ’ 𝐏elícula Online 𝐄spañol y Latino? Estas plataformas para ver One Black Adam gratis en casa: Revisa las opciones para ver One Black Adam gratis online en toda Latinoamérica, sin necesidad de descargar y sin tener que registrarse. Además, al final encontrarás portales para ver estrenos recientes de Chile, Argentina y España, y así disfrutar en familia, solos o con amigos de las mejores 𝐏elículas de la actualidad como también de la historia del 𝐏elícula. Disfruta ver desde tu casa One Black Adam pelicula 𝐂ompleta en 𝐄spañol 2022 sin registrarse. One Black Adam (2022): Todo sobre la información y cómo ver la 𝐏elícula Toei Animation en 𝐄spañol 𝐏elícula sobre el joven piloto de pruebas One Black Adam quién luego se convertiría en el popular juguete que todos los niños querrían tener en Toy Story. ¿Dónde está One Black Adam ? ¿Dónde Ver One Black Adam online, la 𝐏elícula 𝐂ompleta 𝐄spañol Latino? One Black Adam 𝐏elícula 𝐂ompleta (2022) ya esta disponibles en plataforma de streaming como Crunchyroll, Netflix, HBO Max, Amazon Prime Video, Cuevana3.today, y otros para ver 𝐏elículas. 'One Black Adam ' Fecha de estreno Así puedes ver en México la nueva 𝐏elícula de Dragón Ball Súper 2022 De acuerdo con los spoilers y filtraciones sobre Dragón Ball Súper: Súper Héroes, la cinta no llegará a los cines de México, por lo que queda sólo una alternativa oficial para ver la nueva 𝐏elícula del animé más popular de todos los tiempos en la que además, se espera una nueva transformación de Gohan. Para ver la 𝐏elícula de Dragón Ball Súper: Súper Héroes en México, en éste artículo vamos a saber dónde ver la 𝐏elícula One Black Adam online y gratis en calidad HD sin cortes, el servicio de streaming de animé, conocido como 'Cuevana3.today' Latinoamérica anunció que esta cinta llegará a su catálogo a partir del mes de 11 de junio de 2022. Aunque los cines de México no han anunciado si habrá una proyección de la 𝐏elícula en sus salas de todo el país, no se descarta que Dragón Ball Súper: Súper Héroes llegue en formato de pantalla grande a Latinoamérica de la mano de Toei Animation. Cómo y Dónde Ver la 𝐏elícula One Black Adam (2022) en 𝐄spañol y Latino Ahora si, después de una breve reseña sobre One Black Adam , te voy dejar algunas opciones para verla de manera online. ¿Cómo puedo ver la 𝐏elícula de One Black Adam online gratis? o ¿Cómo descargar One Black Adam desde la móvil? ¿Dónde se puede ver One Black Adam en 𝐄spañol online? Conoce cómo y dónde ver One Black Adam online, la 𝐏elícula 𝐂ompleta en 𝐄spañol latino y castellano o subtitulado, ver 𝐏elículas online y gratis en alta calidad. Aquí Puedes Ver la 𝐏elícula One Black Adam Online en 𝐄spañol, Latino y Castellano, 𝐏elícula 𝐂ompleta HD Gratis con Audio y Subtitulada. One Black Adam (2022) 𝐏elícula 𝐂ompleta sin cortes en la mejor calidad HD. Disfruta del cine online gratis. Disfruta ver desde tu casa One Black Adam 𝐂ompleta gratis en 𝐄spañol sin registrarse. Ver One Black Adam y descargar 𝐏elículas y Series en Latino, 𝐄spañol, Subtitulado e ingles, los últimos estrenos en la mejor calidad HD sin cortes. La Mejor Pagina de Peliculas y Series Online en Audio Latino Subtitulos 𝐄spañol y Castellano FULL HD. Las últimas peliculas online las encuentras aquí. Tenemos el mejor catálogo de peliculas totalmente GRATIS. Cuevana3.today es un sitio de 𝐏elículas gratis en 𝐄spañol latino y castellano que surge para permitir a los usuarios disfrutar y pasar un buen rato en familia. Esto es cómo ver One Black Adam online, la 𝐏elícula 𝐂ompleta en 𝐄spañol y subtítulos. Existen dos grandes problemas a la hora de ver 𝐏elícula One Black Adam gratis en internet: Los continuos parones en la reproducción de la 𝐏elícula y la calidad en la que se reproduce. Seguramnte en más de una ocasión has buscado en Google “¿cómo puedo ver One Black Adam la 𝐏elícula 𝐂ompleta en 𝐄spañol?” o “¿dónde puedo ver One Black Adam la 𝐏elícula 𝐂ompleta?”. No lo niegues. No eres el único. Todos los días, millones de personas intentan ver 𝐏elícula online desde sus computadoras, laptops, smartphones, tablets o cual sea el dispositivo móvil de su preferencia. Sin embargo, la navegación muchas veces termina en páginas web que no cumplen lo prometido, que aseguran tener los últimos estrenos, pero que solo te derivan de un site a otro, que te obligan a dar clic tras clic mientras te llenan la pantalla de publicidad, para finalmente dirigirte hasta un enlace que no funciona o que demora mucho en cargar. Esto hace que sea imposible disfrutar de verdad de una tarde/noche de 𝐏elículas. Además existe una ley no escrita y es que este tipo de cosas suelen ocurrir los mejores momentos de la 𝐏elícula y acaba frustrando. Que esto ocurra se debe a muchos factores como: la conexión a Internet, la página desde la que estés viendo la 𝐏elícula gratis o la calidad de reproducción elegida. Todos estos problemas se pueden solucionar, salvo la velocidad de tu internet, por ello en este aqui encontrarás solo páginas para ver 𝐏elículas en Internet gratis en castellano y sin cortes de gran calidad dónde estás problemas no existen o son muy poco comunes. Por supuesto esta página están libres de virus y el listado se actualiza conforme a las nuevas páginas que van apareciendo y aquellas que se van cerrando. De las páginas más conocidas, cabe duda de que cumple su objetivo a la perfección ¡Ver 𝐏elícula One Black Adam online sin registrase en 𝐄spañol y otros idiomas! Se trata de una página muy bien distribuida en la que puedes encontrar casi cualquier 𝐏elículas 𝐂ompletas online, sin publicidad y en calidad Full HD y 4K. Disfrutar de la 𝐏elícula 𝐂ompleta One Black Adam online, gratis y legal. Podrás ver la 𝐏elícula 𝐂ompleta de One Black Adam online sin registrarse. Con sólo aterrizar ya verás la nueva 𝐏elícula agregadas recientemente gratis. Si eres un fanático de las 𝐏elículas como ‘One Piece la 𝐏elícula: Red’ y ‘Jujutsu Kaisen 0’, puedes acceder directamente a ellas desde el Menú principal en el tope de la página. Dispone incluso de la posibilidad de que solicites una 𝐏elícula en concreto si no la has encontrado en el listado de la web. Ver aqui One Black Adam 𝐂ompleta gratis y sin ads. En 𝐄spañol latino y subtitulada en linea, calidad hd y 4k. Desde Cuevana3.today podrás ver y descargar la 𝐏elícula 𝐂ompleta de One Black Adam en HD y Gratis con Audio y Subtitulado. Disfruta viendo gratuita y con 𝐄spañol latino subtitulado y muy buena calidad de imagen. Recuerda que ver One Black Adam online en Cuevana3.today es totalmente gratis. Si tienes algún tipo de problema con la pelicula One Black Adam , puedes informarlo en nuestras redes sociales. En Cuevana3.today te facilitamos los enlaces para ver peliculas online gratis y sin ningún tipo de registro o restricción. Así puedes ver One Black Adam incluso miles de 𝐏elículas gratis en 𝐄spañol Más allá de las plataformas de YouTube, puedes ver 𝐏elículas gratis en Internet sin necesidad de pagar una suscripción. Y de forma totalmente legal, sin incumplir ninguna regla y pudiendo disfrutar en casa de grandes clásicos. Puedes ver la 𝐏elícula One Black Adam gratis en Cuevana3.today, no necesitas pagar nada ni suscribirte nada. Este es el único lugar en el que puedes ver la 𝐏elícula One Black Adam online gratis de gran calidad, grandes clásicos de todo tipo y miles de opciones diferentes: ciencia ficción, comedia, terror, cine negro… La página web Cuevana3.today ofrece miles de 𝐏elículas que puedes ver online sin ningún tipo de coste. Desde la propia web puedes comenzar el streaming gracias al reproductor incorporado, solo tienes que esperar que cargue al completo para que no se corte a medida que avanzan las escenas. O simplemente darle al play si tienes una buena conexión a internet. Además, la gran ventaja de Cuevana3.today es que no solo puedes ver la 𝐏elícula online, sino que puedes descargarla en diferentes formatos si necesitases llevarla a otro dispositivo como, por ejemplo, de tu ordenador a tu Smart TV. Eso sí, la única pega que encontrarás es que la mayoría de las 𝐏elículas (o casi todas) están en 𝐄spañol. La ventaja es que puedes descargarlo si necesitas incluir subtítulos que probablemente puedas encontrar fácilmente en él. Una vez que sepas cómo funciona, hay miles de títulos disponibles y puedes filtrar por año, por tipo e incluso por directores o “creadores” de la 𝐏elícula. Etiqueta de Google Ver One Black Adam online One Black Adam online en 𝐄spañol One Black Adam pelicula 𝐂ompleta Ver One Black Adam online gratis Ver One Black Adam online latino Dónde ver One Black Adam en 𝐄spañol One Black Adam pelicula 𝐂ompleta en 𝐄spañol One Black Adam pelicula 𝐂ompleta en 𝐄spañ

Published
2022
Full Text
View/download PDF

28. Nevada National Security Site Site-Directed Research and Development Report (FY 2018 Annual Report)

Author

Bender, III, Howard, primary, Hixson, Robert, additional, Thomas, Sarah, additional, La Lone, Brandon, additional, Turley, Dale, additional, Hawkins, Cameron, additional, Stevens, Gerald, additional, Veeser, Lynn, additional, Fensin, Saryu, additional, Jones, David, additional, Trainham, Rusty, additional, Guss, Paul, additional, Manard, Manuel, additional, McLean, Lance, additional, Kaye, Willy, additional, Kochersbergere, Kevin, additional, Capelle, Gene, additional, Mance, Jason, additional, Dutra, Eric, additional, Koch, Jeffrey, additional, Presura, Radu, additional, Wiemior, Piotr, additional, Darling, Timothy, additional, Mancini, Roberto, additional, Covington, Aaron, additional, Tschauner, Oliver, additional, Fussell, Zachary, additional, McClure, Jason, additional, Hooks, Daniel, additional, Smith, Jesse, additional, Scharff, Jason, additional, Grover, Mike, additional, Staska, Matt, additional, Valencia, Ruben, additional, Essex, James, additional, Okada, Colin, additional, Podovich, Aaron, additional, Reed, Michael, additional, Guild-Bingham, Avery, additional, Haber, Dan, additional, Gall, Brady, additional, Heika, Michael, additional, Blasco, Michael, additional, Bellow, Joseph, additional, Meehan, Bernard, additional, DiPuccio, Vincent, additional, Wolverton, Adam, additional, Tinsley, James, additional, Bennett, Nichelle, additional, Green, J., additional, Schwellenbach, David, additional, Lipton, Ron, additional, Rubinov, Paul, additional, Gingu, Cristinel, additional, Utes, Michael, additional, Cooper, William, additional, Green, Johnny, additional, Gonzalez, Humberto, additional, Marchan, Miguelangel, additional, Glasser, Vale, additional, Opachich, Kathy, additional, MacPhee, Andrew, additional, Landen, Otto, additional, Chen, Ning, additional, Gopal, Ashwini, additional, Udin, Salah, additional, Hilsabeck, Terry, additional, Huffman, Eric, additional, Feng, Jun, additional, Bradley, Dave, additional, Nagel, Sabrina, additional, Burt, Chris, additional, Lawson, Janice, additional, Ford, Bill, additional, O’Neill, Mary, additional, Moore, Eric, additional, Luttman, Aaron, additional, Constantino, Derek, additional, Catenacci, Jared, additional, Hoeller, Margaret, additional, Hoff, Tori, additional, Trone, Doug, additional, Delgado, Alexander, additional, Jackson, Emily, additional, Hock, Margaret, additional, Adams, Jesse, additional, Martin, Ryan, additional, Hague, Emma, additional, Turk, Johanna, additional, Clayton, Daniel, additional, Guerrero, Daniel, additional, Kruschwitz, Craig, additional, Stutman, Dan, additional, Tritz, Kevin, additional, King, James, additional, Freeman, Richard, additional, Madajian, Jonathan, additional, and Larson, Eric, additional

Published
2018
Full Text
View/download PDF

29. Integrated Insulation System for Cryogenic Automotive Tanks (iCAT)

Author

Adams, Jesse, primary, Gangloff, John, additional, Stetson, Ned, additional, Werth, Chris, additional, White, Shannon, additional, Aller, Mike, additional, Franta, Tim, additional, Sorkin, Al, additional, Byerly, Duane, additional, Eihusen, John, additional, Newhouse, Norm, additional, Fesmire, James, additional, Swanger, Adam, additional, Anton, Donald, additional, Tamburello, David, additional, and Meneghelli, Barry, additional

Published
2018
Full Text
View/download PDF

32. An approach to characterizing spatial aspects of image system blur

Author

Adams, Jesse, primary, Pillow, Jessica, additional, Joyce, Kevin, additional, Brennan, Michael, additional, Español, Malena I., additional, Morzfeld, Matthias, additional, Breckling, Sean, additional, Champion, Daniel, additional, Clarkson, Eric, additional, Coffee, Ryan, additional, Gehring, Amanda, additional, Lund, Margaret, additional, Smalley, Duane, additional, Williams, Ajanae, additional, Zier, Jacob, additional, Frayer, Daniel, additional, Howard, Marylesa, additional, and Machorro, Eric, additional

Published
2021
Full Text
View/download PDF

34. Determining the Depth Limit of Bioluminescent Sources in Scattering Media

Author

Raghuram, Ankit, Ye, Fan, Adams, Jesse K., Shaner, Nathan, Robinson, Jacob T., and Veeraraghavan, Ashok

Subjects
0301 basic medicine, Brightness, Materials science, business.industry, Scattering, Photobleaching, law.invention, 03 medical and health sciences, 030104 developmental biology, 0302 clinical medicine, Optics, Confocal microscopy, law, Microscopy, Fluorescence microscope, Bioluminescence, Biological imaging, business, 030217 neurology & neurosurgery
Abstract

Bioluminescence has several potential advantages compared to fluorescence microscopy for in vivo biological imaging. Because bioluminescence does not require excitation light, imaging can be performed for extended periods of time without phototoxicity or photobleaching, and optical systems can be smaller, simpler, and lighter. Eliminating the need for excitation light may also affect how deeply one can image in scattering biological tissue, but the imaging depth limits for bioluminescence have yet to be reported. Here, we perform a theoretical study of the depth limits of bioluminescence microscopy and find that cellular resolution imaging should be possible at a depth of 5-10 mean free paths (MFPs). This limit is deeper than the depth limit for confocal microscopy and slightly lower than the imaging limit expected for two-photon microscopy under similar conditions. We also validate our predictions experimentally using tissue phantoms. Overall we show that with advancements in the brightness of bioluminescent indicators, it should be possible to achieve deep, long-term imaging in biological tissue with cellular resolution.

Published
2020

36. In vivo imaging with a flat, lensless microscope

Author

Adams, Jesse, primary, Yan, Dong, additional, Wu, Jimin, additional, Boominathan, Vivek, additional, Gao, Sibo, additional, Rodriguez, Alexander, additional, Carns, Jennifer, additional, Richards-Kortum, Rebecca, additional, Kemere, Caleb, additional, Veeraraghavan, Ashok, additional, and Robinson, Jacob, additional

Published
2021
Full Text
View/download PDF

39. Effective technology transfer to the undergraduate and graduate classroom as a result of a novel Ph.D. program

Author

Adams, Jesse D., Rogers, Ben S., and Leifer, Larry J.

Subjects
Nanotechnology -- Study and teaching, Business, Education, Electronics, Electronics and electrical industries
Abstract

This paper examines a case study that suggests using new research results as the central component of an original course developed by a Ph.D. candidate is an effective way to transfer technology to the undergraduate and graduate classroom. The technology transfer outlined here took place in the form of a course that was built around two years of state-of-the-art research, before the research was completed and published. This method represents a new way of training Ph.D. candidates who aspire to be professors and also results in the development of an innovative course. This work is premised on the need to educate science and engineering students in the latest technology, specifically in micro- and nanotechnoiogies, which have the added demands of multidisciplinary content and a shortage of qualified graduates for an expanding job market. Index Terms--Course development, nanotechnology, Ph.D. degree, research, technology transfer, undergraduate.

Published
2004

40. Microtechnology, nanotechnology, and the scanning-probe microscope: an innovative course

Author

Adams, Jesse D., Rogers, Ben S., and Leifer, Larry J.

Subjects
Nanotechnology -- Study and teaching, Business, Education, Electronics, Electronics and electrical industries
Abstract

An innovative combined microtechnology/nanotechnology/scanning-probe microscope (SPM) course for undergraduate and graduate students has been developed at the University of Nevada, Reno, in conjunction with Stanford University, Stanford, CA. Two years of technical SPM research carried out at Stanford University was transferred to the classroom before the results of the research were completed and published. The course, which was mapped to the Kolb learning cycle, was well received by students and serves as an example of an effective, innovative, and highly pertinent small-systems course anchored by the SPM. Index Terms--Course, Kolb learning cycle, microtechnology, nanotechnology, scanning-probe microscope (SPM), small systems, technology transfer.

Published
2004

50. Scalable Block Gibbs Sampling for Image Deblurring in X-Ray Radiography

Author

Luttman, Aaron B., Kennedy, Thomas G., Lin, Kevin, Adams, Jesse John William, Luttman, Aaron B., Kennedy, Thomas G., Lin, Kevin, and Adams, Jesse John William

Abstract

Quantitative image analysis in the security sciences formulates an image deblurring problem as a Bayesian inverse problem to reduce and quantify noise and blur. We consider images of size 16 megapixels and, since each pixel represents an unknown, the dimension of the Bayesian inverse problem is on the order of 107. The large dimension poses numerical and computational difficulties for two reasons. First, Markov chain Monte Carlo (MCMC), typically used to solve a Bayesian inverse problem, is generally slow to converge in high dimensions. Second, even generating one step in a Markov chain is challenging at this size. We present a Gibbs sampler that is scalable to the large dimension required in the security sciences and its scalability is achieved in two steps. We (i) accelerate MCMC convergence by exploring banded structure in the posterior precision matrix; and (ii) use a matrix-free implementation, because constructing and storing even sparse matrices is infeasible in our target application.

Published
2019

Catalog

Books, media, physical & digital resources
See catalog results