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1. BEHAVIOR Vision Suite: Customizable Dataset Generation via Simulation

Author

Ge, Yunhao, Tang, Yihe, Xu, Jiashu, Gokmen, Cem, Li, Chengshu, Ai, Wensi, Martinez, Benjamin Jose, Aydin, Arman, Anvari, Mona, Chakravarthy, Ayush K, Yu, Hong-Xing, Wong, Josiah, Srivastava, Sanjana, Lee, Sharon, Zha, Shengxin, Itti, Laurent, Li, Yunzhu, Martín-Martín, Roberto, Liu, Miao, Zhang, Pengchuan, Zhang, Ruohan, Fei-Fei, Li, and Wu, Jiajun

Subjects
Computer Science - Computer Vision and Pattern Recognition
Abstract

The systematic evaluation and understanding of computer vision models under varying conditions require large amounts of data with comprehensive and customized labels, which real-world vision datasets rarely satisfy. While current synthetic data generators offer a promising alternative, particularly for embodied AI tasks, they often fall short for computer vision tasks due to low asset and rendering quality, limited diversity, and unrealistic physical properties. We introduce the BEHAVIOR Vision Suite (BVS), a set of tools and assets to generate fully customized synthetic data for systematic evaluation of computer vision models, based on the newly developed embodied AI benchmark, BEHAVIOR-1K. BVS supports a large number of adjustable parameters at the scene level (e.g., lighting, object placement), the object level (e.g., joint configuration, attributes such as "filled" and "folded"), and the camera level (e.g., field of view, focal length). Researchers can arbitrarily vary these parameters during data generation to perform controlled experiments. We showcase three example application scenarios: systematically evaluating the robustness of models across different continuous axes of domain shift, evaluating scene understanding models on the same set of images, and training and evaluating simulation-to-real transfer for a novel vision task: unary and binary state prediction. Project website: https://behavior-vision-suite.github.io/, Comment: CVPR 2024 (Highlight). Project website: https://behavior-vision-suite.github.io/

Published
2024

3. BEHAVIOR-1K: A Human-Centered, Embodied AI Benchmark with 1,000 Everyday Activities and Realistic Simulation

Author

Li, Chengshu, Zhang, Ruohan, Wong, Josiah, Gokmen, Cem, Srivastava, Sanjana, Martín-Martín, Roberto, Wang, Chen, Levine, Gabrael, Ai, Wensi, Martinez, Benjamin, Yin, Hang, Lingelbach, Michael, Hwang, Minjune, Hiranaka, Ayano, Garlanka, Sujay, Aydin, Arman, Lee, Sharon, Sun, Jiankai, Anvari, Mona, Sharma, Manasi, Bansal, Dhruva, Hunter, Samuel, Kim, Kyu-Young, Lou, Alan, Matthews, Caleb R, Villa-Renteria, Ivan, Tang, Jerry Huayang, Tang, Claire, Xia, Fei, Li, Yunzhu, Savarese, Silvio, Gweon, Hyowon, Liu, C. Karen, Wu, Jiajun, and Fei-Fei, Li

Subjects
Computer Science - Robotics, Computer Science - Artificial Intelligence
Abstract

We present BEHAVIOR-1K, a comprehensive simulation benchmark for human-centered robotics. BEHAVIOR-1K includes two components, guided and motivated by the results of an extensive survey on "what do you want robots to do for you?". The first is the definition of 1,000 everyday activities, grounded in 50 scenes (houses, gardens, restaurants, offices, etc.) with more than 9,000 objects annotated with rich physical and semantic properties. The second is OMNIGIBSON, a novel simulation environment that supports these activities via realistic physics simulation and rendering of rigid bodies, deformable bodies, and liquids. Our experiments indicate that the activities in BEHAVIOR-1K are long-horizon and dependent on complex manipulation skills, both of which remain a challenge for even state-of-the-art robot learning solutions. To calibrate the simulation-to-reality gap of BEHAVIOR-1K, we provide an initial study on transferring solutions learned with a mobile manipulator in a simulated apartment to its real-world counterpart. We hope that BEHAVIOR-1K's human-grounded nature, diversity, and realism make it valuable for embodied AI and robot learning research. Project website: https://behavior.stanford.edu., Comment: A preliminary version was published at 6th Conference on Robot Learning (CoRL 2022)

Published
2024

6. MultiCenter Study of Intra-Abdominal Abscess Formation After Major Operative Hepatic Trauma

Author

Zorrilla, Alexander, Hoefer, Lea, Fraser, Douglas R., Inaba, Kenji, Mooney, Jennifer, Bjordahl, Paul, Dammann, Kyle, Samra, Navdeep, Smith, Alison A., Cone, Jennifer T., McNickle, Allison G., Mitchao, Delbrynth P., Kostka, Ryan, Martinez, Benjamin, Schroeppel, Thomas, Cavalea, Alexander, Shahan, Charles Patrick, Axtman, Benjamin, and Braverman, Maxwell A.

Published
2024
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9. Lake Metabolism

Author

Alcocer, Javier, Oseguera, Luis A., Cuevas-Lara, Daniel, Guadarrama-Hernández, Sandra, Quiroz-Martínez, Benjamín, and Alcocer, Javier, editor

Published
2022
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11. Magnetic anisotropy and valence states in La$_2$Co$_{1-x}$Mn$_{1+x}$O$_6$ ($x\approx 0.23$) thin films studied by X-ray absorption spectroscopy techniques

Author

López-Mir, Laura, Galceran, Regina, Herrero-Martín, Javier, Bozzo, Bernat, Cisneros-Fernández, José, Miner, Elisa V. Pannunzio, Balcells, Lluís, Martínez, Benjamín, and Frontera, Carlos

Subjects
Condensed Matter - Materials Science
Abstract

X-ray absorption spectroscopy was used to determine the valence state in La$_2$Co$_{1-x}$Mn$_{1+x}$O$_6$ ($x\approx 0.23$) thin films. We found that in spite of the non-stoichiometry, Co is in a divalent state while Mn ions show a mixed valence state. The relation of this finding with the magnetic properties of the films is discussed. X-ray magnetic circular dichroism measurements prove that magnetic anisotropy originates from Co spin-orbit coupling and it is strain-dependent: a strong increase of the angular contribution to the magnetic moment is found when in-plane (out-of-plane) and cell parameters get expanded (compressed). This behavior is reproduced by first order perturbation theory calculations.

Published
2017
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12. Spray‐pyrolysis synthesis of CuMnO2 with the potential for photoelectrocatalysis.

Author

Martinez, Benjamin, Kuo, Chun‐Hong, and Chiang, Ming‐Hsi

Subjects
*RENEWABLE energy sources, *GASOLINE industry, *THIN films, *SUBSTRATES (Materials science), *OXYGEN reduction
Abstract

Amidst the global endeavor toward sustainable energy sources, photocatalysis appears as a promising gateway toward the production of solar fuels, in particular hydrogen. Hydrogen is currently a crucial reagent for vital industries such as petrol desulfurization, iron reduction and ammonia production, so the decarbonization of its production is a major challenge. CuMnO2 (CMO), a p‐type semiconductor, has been shown to enhance the efficiency of catalysts such as TiO2 for the photoelectrocatalytic water splitting reaction. However, since pure CMO thin films have never been reported, its potential and limitations remain elusive. We used spray pyrolysis as a low‐cost synthesis technique to simplify and accelerate the synthesis of CMO thin films directly on FTO substrates. CMO prepared in this manner exhibits activity toward photoeletrocatalytic water splitting and O2 reduction. The activity has been found to be highly dependent on synthesis conditions, especially on the ratio and volume of precursors. [ABSTRACT FROM AUTHOR]

Published
2024
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14. A GPC2 antibody-drug conjugate is efficacious against neuroblastoma and small-cell lung cancer via binding a conformational epitope

Author

Raman, Swetha, Buongervino, Samantha N., Lane, Maria V., Zhelev, Doncho V., Zhu, Zhongyu, Cui, Hong, Martinez, Benjamin, Martinez, Daniel, Wang, Yanping, Upton, Kristen, Patel, Khushbu, Rathi, Komal S., Navia, Carmen T., Harmon, Daniel B., Li, Yimei, Pawel, Bruce, Dimitrov, Dimiter S., Maris, John M., Julien, Jean-Philippe, and Bosse, Kristopher R.

Published
2021
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15. Spray‐pyrolysis synthesis of CuMnO2with the potential for photoelectrocatalysis

Author

Martinez, Benjamin, Kuo, Chun‐Hong, and Chiang, Ming‐Hsi

Abstract

Amidst the global endeavor toward sustainable energy sources, photocatalysis appears as a promising gateway toward the production of solar fuels, in particular hydrogen. Hydrogen is currently a crucial reagent for vital industries such as petrol desulfurization, iron reduction and ammonia production, so the decarbonization of its production is a major challenge. CuMnO2(CMO), a p‐type semiconductor, has been shown to enhance the efficiency of catalysts such as TiO2for the photoelectrocatalytic water splitting reaction. However, since pure CMO thin films have never been reported, its potential and limitations remain elusive. We used spray pyrolysis as a low‐cost synthesis technique to simplify and accelerate the synthesis of CMO thin films directly on FTO substrates. CMO prepared in this manner exhibits activity toward photoeletrocatalytic water splitting and O2reduction. The activity has been found to be highly dependent on synthesis conditions, especially on the ratio and volume of precursors. A facile spray‐pyrolysis synthesis technique to achieve CuMnO2thin films is reported. The CuMnO2thin films display activities toward photoeletrocatalytic water splitting and O2reduction.

Published
2024
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16. Strain-induced perpendicular magnetic anisotropy in La$_2$CoMnO$_{6-\epsilon}$ thin films and its dependence with film thickness

Author

Galceran, Regina, López-Mir, Laura, Bozzo, Bernat, Cisneros-Fernández, José, Santiso, José, Balcells, Lluis, Frontera, Carlos, and Martínez, Benjamín

Subjects
Condensed Matter - Materials Science
Abstract

Ferromagnetic insulating La$_2$CoMnO$_{6-\epsilon}$ (LCMO) epitaxial thin films grown on top of SrTiO$_3$ (001) substrates presents a strong magnetic anisotropy favoring the out of plane orientation of the magnetization with a strong anisotropy field ($\sim 70$ kOe for film thickness of about 15 nm) and with a coercive field of about 10 kOe. The anisotropy can be tuned by modifying the oxygen content of the film which indirectly has two effects on the unit cell: i) change of the orientation of the LCMO crystallographic axis over the substrate (from c in-plane to c out-of-plane) and ii) shrinkage of the out of plane cell parameter, which implies increasing tensile strain of the films. In contrast, LCMO films grown on (LaAlO$_3$)$_{0.3}$(Sr$_2$AlTaO$_6$)$_{0.7}$ and LaAlO$_3$ substrates (with a larger out-of-plane lattice parameter and compressive stress) display in-plane magnetic anisotropy. Thus, we link the strong magnetic anisotropy observed in La$_2$CoMnO$_{6-\epsilon}$ to the relation between in-plane and out-of-plane parameters and so to the film stress., Comment: 16 pages, 1 table 9 figures Accepted for publication in Phys. Rev. B

Published
2015
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19. MultiCenter Study of Intra-Abdominal Abscess Formation After Major Operative Hepatic Trauma

Author

Smith, Alison A., primary, Cone, Jennifer T., additional, McNickle, Allison G., additional, Mitchao, Delbrynth P., additional, Kostka, Ryan, additional, Martinez, Benjamin, additional, Schroeppel, Thomas, additional, Cavalea, Alexander, additional, Shahan, Charles Patrick, additional, Axtman, Benjamin, additional, Braverman, Maxwell A., additional, Zorrilla, Alexander, additional, Hoefer, Lea, additional, Fraser, Douglas R., additional, Inaba, Kenji, additional, Mooney, Jennifer, additional, Bjordahl, Paul, additional, Dammann, Kyle, additional, and Samra, Navdeep, additional

Published
2024
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21. Competing misfit relaxation mechanisms in epitaxial correlated oxides

Author

Sandiumenge, Felip, Santiso, José, Balcells, Lluis, Konstantinovic, Zorica, Roqueta, Jaume, Pomar, Alberto, and Martínez, Benjamin

Subjects
Condensed Matter - Materials Science, Condensed Matter - Mesoscale and Nanoscale Physics
Abstract

Strain engineering of functional properties in epitaxial thin films of strongly correlated oxides exhibiting octahedral-framework structures is hindered by the lack of adequate misfit relaxation models. Here we present unreported experimental evidences of a four-stage hierarchical development of octahedral-framework perturbations resulting from a progressive imbalance between electronic, elastic and octahedral tilting energies in La0.7Sr0.3MnO3 epitaxial thin films grown on SrTiO3 substrates. Electronic softening of the Mn - O bonds near the substrate leads to the formation of an interfacial layer clamped to the substrate with strongly degraded magnetotransport properties, i.e. the so-called dead layer, while rigid octahedral tilts become relevant at advanced growth stages without significant effects on charge transport and magnetic ordering.

Published
2012
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22. Impact of the Polar Vortex on Sub‐Seasonal O/N2 Variability in the Lower Thermosphere Using GOLD and WACCM‐X.

Author

Martinez, Benjamin C., Lu, Xian, Pedatella, Nicholas M., Wu, Haonan, and Oberheide, Jens

Subjects
POLAR vortex, THERMOSPHERE, ATMOSPHERIC models, GOLD, LATITUDE
Abstract

We provide observational evidence that the stability of the stratospheric Polar vortex (PV) is a significant driver of sub‐seasonal variability in the thermosphere during geomagnetically quiet times when the PV is anomalously strong or weak. We find strong positive correlations between the Northern Annular Mode (NAM) index and subseasonal (10–90 days) Global Observations of the Limb and Disk (GOLD) O/N2 perturbations at low to mid‐northern latitudes, with a largest value of +0.55 at ∼30.0°N when anomalously strong or weak (NAM >2.5 or < −2.1) vortex times are considered. Strong agreement for O/N2 variability and O/N2‐NAM correlations is found between GOLD observations and the Whole Atmosphere Community Climate Model with thermosphere‐ionosphere eXtension (WACCM‐X) simulations, which is then used to delineate the global distribution of O/N2‐NAM correlations. We find negative correlations between subseasonal variability in WACCM‐X O/N2 and NAM at high northern and southern latitudes (as large as −0.54 at ∼60.0°S during anomalous vortex times). These correlations suggest that PV driven upwelling at low latitudes is accompanied by corresponding downwelling at high latitudes in the lower thermosphere (∼80–120 km), which is confirmed using calculations of residual mean meridional circulation from WACCM‐X. Plain Language Summary: The stratospheric Polar vortex (PV) is a large‐scale circulation pattern that forms over the poles during the winter months, characterized by strong winds circulating in a counterclockwise direction in the Northern Hemisphere. It has previously been demonstrated that the breakup of the PV during sudden stratospheric warming (SSW) events has a large effect on the composition of the thermosphere. We demonstrate that the PV also influences thermospheric composition during non‐SSW times, including time periods in which the vortex is strong and times in which the vortex is inactive, by correlating observations of thermospheric O/N2 from the Global Observations of the Limb and Disk (GOLD) instrument with the Northern Annular Mode (NAM) index, which tracks the strength of the PV. We also find strong anti‐correlations between O/N2 and tidal amplitudes from model simulations, which suggests that the PV influences thermospheric composition via changes in mean circulation induced by the dissipation of enhanced waves. We use model simulations to confirm that the NAM‐O/N2 correlations reflect PV induced changes in global circulation patterns. We find that the PV causes enhanced upwelling at low latitudes and corresponding downwelling at high latitudes in both the northern and southern hemispheres. Key Points: Polar vortex (PV) activity is correlated with sub‐seasonal O/N2 variability during low Kp winter times at all latitudesWe observe enhanced O/N2 at high southern latitudes and reduced O/N2 at low latitudes in response to northern hemisphere PV activityPV‐O/N2 correlations are shown to reflect PV induced modulations of the residual mean meridional circulation (MMC) [ABSTRACT FROM AUTHOR]

Published
2024
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23. Late mortality among 5-year survivors of childhood cancer: A systematic review and meta-analysis.

Author

Moskalewicz, Alexandra, Martinez, Benjamin, Uleryk, Elizabeth M., Pechlivanoglou, Petros, Gupta, Sumit, and Nathan, Paul C.

Subjects
*CHILDHOOD cancer, *CANCER survivors, *MORTALITY, *SCIENCE databases, *CANCER relapse
Abstract

Background: Childhood cancer survivors are at increased risk of late mortality (death =5 years after diagnosis) from cancer recurrence and treatment-related late effects. The authors conducted a systematic review and meta-analysis to provide comprehensive estimates of late mortality risk among survivors internationally and to investigate differences in risk across world regions. Methods: Health sciences databases were searched for cohort studies comprised of 5-year childhood cancer survivors in which the risk of mortality was evaluated across multiple cancer types. Eligible studies assessed all-cause mortality risk in survivors relative to the general population using the standardized mortality ratio (SMR). The absolute excess risk (AER) was assessed as a secondary measure to examine excess deaths. Cause-specific mortality risk was also assessed, if reported. SMRs from nonoverlapping cohorts were combined in subgroup meta-analysis, and the effect of world region was tested in univariate meta-regression. Results: Nineteen studies were included, and cohort sizes ranged from 314 to 77,423 survivors. Throughout survivorship, SMRs for all-cause mortality generally declined, whereas AERs increased after 15-20 years from diagnosis in several cohorts. All-cause SMRs were significantly lower overall in North American studies than in European studies (relative SMR, 0.63; 95% confidence interval, 0.49-0.80). SMRs for subsequent malignant neoplasms and for cardiovascular, respiratory, and external causes did not vary significantly between world regions. Conclusions: The current findings suggest that late mortality risk may differ significantly between world regions, but these conclusions are based on a limited number of studies with considerable heterogeneity. Reasons for regional differences remain unclear but may be better elucidated through future analyses of individual-level data. [ABSTRACT FROM AUTHOR]

Published
2024
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24. Oral squamous cell carcinomas and oral potentially malignant disorders: A Latin American study

Author

Gilligan, Gerardo, primary, Panico, René, additional, Lazos, Jerónimo, additional, Morelatto, Rosana, additional, Belardinelli, Paola, additional, Criscuolo, Ines, additional, Bolesina, Nicolas, additional, Molina Ávila, Ignacio, additional, Pimentel Solá, Juan Martin, additional, Rivarola, Emilce, additional, Morgante, Maria Jimena, additional, Ingrassia Tonelli, Maria Eugenia, additional, Gimenez, Javier, additional, Doratti, Pablo, additional, Werner, Laura Cecilia, additional, Prado‐Ribeiro, Ana Carolina, additional, Brandão, Thais Bianca, additional, Vechiato‐Filho, Aljomar Jose, additional, Cuzzullin, Maria Claudia, additional, Saldivia‐Siracusa, Cristina, additional, Lopes, Marcio Ajudarte, additional, Agostini, Michelle, additional, Romañach, Mario José, additional, Abrahão, Aline Corrêa, additional, Fonsêca, Thamyres Campos, additional, Kaminagakura, Estela, additional, Anbinder, Ana Lia, additional, Santos Alves, Kamilla, additional, de Almeida Lança, Maria Leticia, additional, Sacsaquispe‐Contreras, Sonia, additional, Rodriguez Ibazetta, Karem, additional, Gerber‐Mora, Roberto, additional, Aranda Romo, Saray, additional, Tejeda Nava, Francisco Javier, additional, Cordero‐Torres, Karina, additional, Moreno Silva, Ricardo, additional, Gonzalez‐Arriagada, Wilfredo, additional, Toro, Raiza, additional, Silveira, Felipe Martins, additional, Gonzalez, Natalia, additional, Vargas, Pablo Agustin, additional, Santos‐Silva, Alan Roger, additional, Bologna‐Molina, Ronell, additional, Villarroel‐Dorrego, Mariana, additional, Martinez, Benjamin, additional, and Piemonte, Eduardo, additional

Published
2023
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30. Generation of LexA enhancer-trap lines in Drosophila by an international scholastic network

Author

Kim, Ella S, primary, Rajan, Arjun, additional, Chang, Kathleen, additional, Govindarajan, Sanath, additional, Gulick, Clara, additional, English, Eva, additional, Rodriguez, Bianca, additional, Bloomfield, Orion, additional, Nakada, Stella, additional, Beard, Charlotte, additional, O’Connor, Sarah, additional, Mastroianni, Sophia, additional, Downey, Emma, additional, Feigenbaum, Matthew, additional, Tolentino, Caitlin, additional, Pace, Abigail, additional, Khan, Marina, additional, Moon, Soyoun, additional, DiPrima, Jordan, additional, Syed, Amber, additional, Lin, Flora, additional, Abukhadra, Yasmina, additional, Bacon, Isabella, additional, Beckerle, John, additional, Cho, Sophia, additional, Donkor, Nana Esi, additional, Garberg, Lucy, additional, Harrington, Ava, additional, Hoang, Mai, additional, Lawani, Nosa, additional, Noori, Ayush, additional, Park, Euwie, additional, Parsons, Ella, additional, Oravitan, Philip, additional, Chen, Matthew, additional, Molina, Cristian, additional, Richmond, Caleb, additional, Reddi, Adith, additional, Huang, Jason, additional, Shugrue, Cooper, additional, Coviello, Rose, additional, Unver, Selma, additional, Indelicarto, Matthew, additional, Islamovic, Emir, additional, McIlroy, Rosemary, additional, Yang, Alana, additional, Hamad, Mahdi, additional, Griffin, Elizabeth, additional, Ahmed, Zara, additional, Alla, Asha, additional, Fitzgerald, Patricia, additional, Choi, Audrey, additional, Das, Tanya, additional, Cheng, Yuchen, additional, Yu, Joshua, additional, Roderiques, Tabor, additional, Lee, Ethan, additional, Liu, Longchao, additional, Harper, Jaekeb, additional, Wang, Jason, additional, Suhr, Chris, additional, Tan, Max, additional, Luque, Jacqueline, additional, Tam, A Russell, additional, Chen, Emma, additional, Triff, Max, additional, Zimmermann, Lyric, additional, Zhang, Eric, additional, Wood, Jackie, additional, Clark, Kaitlin, additional, Kpodonu, Nat, additional, Dey, Antar, additional, Ecker, Alexander, additional, Chuang, Maximilian, additional, López, Ramón Kodi Suzuki, additional, Sun, Harry, additional, Wei, Zijing, additional, Stone, Henry, additional, Chi, Chia Yu Joy, additional, Silvestri, Aiden, additional, Orloff, Petra, additional, Nedumaran, Neha, additional, Zou, Aletheia, additional, Ünver, Leyla, additional, Page, Oscair, additional, Kim, Minseo, additional, Chan, Terence Yan Tao, additional, Tulloch, Akili, additional, Hernandez, Andrea, additional, Pillai, Aruli, additional, Chen, Caitlyn, additional, Chowdhury, Neil, additional, Huang, Lina, additional, Mudide, Anish, additional, Paik, Garrett, additional, Wingate, Alexandra, additional, Quinn, Lily, additional, Conybere, Chris, additional, Baumgardt, Luca Laiza, additional, Buckley, Rollo, additional, Kolberg, Zara, additional, Pattison, Ruth, additional, Shazli, Ashlyn Ahmad, additional, Ganske, Pia, additional, Sfragara, Luca, additional, Strub, Annina, additional, Collier, Barney, additional, Tamana, Hari, additional, Ravindran, Dylan, additional, Howden, James, additional, Stewart, Madeleine, additional, Shimizu, Sakura, additional, Braniff, Julia, additional, Fong, Melanie, additional, Gutman, Lucy, additional, Irvine, Danny, additional, Malholtra, Sahil, additional, Medina, Jillian, additional, Park, John, additional, Yin, Alicia, additional, Abromavage, Harrison, additional, Barrett, Breanna, additional, Chen, Jacqueline, additional, Cho, Rachelle, additional, Dilatush, Mac, additional, Gaw, Gabriel, additional, Gu, Caitlin, additional, Huang, Jupiter, additional, Kilby, Houston, additional, Markel, Ethan, additional, McClure, Katie, additional, Phillips, William, additional, Polaski, Benjamin, additional, Roselli, Amelia, additional, Saint-Cyr, Soleil, additional, Shin, Ellie, additional, Tatum, Kylan, additional, Tumpunyawat, Tai, additional, Wetherill, Lucia, additional, Ptaszynska, Sara, additional, Zeleznik, Maddie, additional, Pesendorfer, Alexander, additional, Nolan, Anna, additional, Tao, Jeffrey, additional, Sammeta, Divya, additional, Nicholson, Laney, additional, Dinh, Giao Vu, additional, Foltz, Merrin, additional, Vo, An, additional, Ross, Maggie, additional, Tokarski, Andrew, additional, Hariharan, Samika, additional, Wang, Elaine, additional, Baziuk, Martha, additional, Tay, Ashley, additional, Wong, Yuk Hung Maximus, additional, Floyd, Jax, additional, Cui, Aileen, additional, Pierre, Kieran, additional, Coppisetti, Nikita, additional, Kutam, Matthew, additional, Khurjekar, Dhruv, additional, Gadzi, Anthony, additional, Gubbay, Ben, additional, Pedretti, Sophia, additional, Belovich, Sofiya, additional, Yeung, Tiffany, additional, Fey, Mercy, additional, Shaffer, Layla, additional, Li, Arthur, additional, Beritela, Giancarlo, additional, Huyghue, Kyle, additional, Foster, Greg, additional, Durso-Finley, Garrett, additional, Thierfelder, Quinn, additional, Kiernan, Holly, additional, Lenkowsky, Andrew, additional, Thomas, Tesia, additional, Cheng, Nicole, additional, Chao, Olivia, additional, L’Etoile-Goga, Pia, additional, King, Alexa, additional, McKinley, Paris, additional, Read, Nicole, additional, Milberg, David, additional, Lin, Leila, additional, Wong, Melinda, additional, Gilman, Io, additional, Brown, Samantha, additional, Chen, Lila, additional, Kosai, Jordyn, additional, Verbinsky, Mark, additional, Belshaw-Hood, Alice, additional, Lee, Honon, additional, Zhou, Cathy, additional, Lobo, Maya, additional, Tse, Asia, additional, Tran, Kyle, additional, Lewis, Kira, additional, Sonawane, Pratmesh, additional, Ngo, Jonathan, additional, Zuzga, Sophia, additional, Chow, Lillian, additional, Huynh, Vianne, additional, Yang, Wenyi, additional, Lim, Samantha, additional, Stites, Brandon, additional, Chang, Shannon, additional, Cruz-Balleza, Raenalyn, additional, Pelta, Michaela, additional, Kujawski, Stella, additional, Yuan, Christopher, additional, Standen-Bloom, Elio, additional, Witt, Oliver, additional, Anders, Karina, additional, Duane, Audrey, additional, Huynh, Nancy, additional, Lester, Benjamin, additional, Fung-Lee, Samantha, additional, Fung, Melanie, additional, Situ, Mandy, additional, Canigiula, Paolo, additional, Dijkgraaf, Matijs, additional, Romero, Wilbert, additional, Baula, Samantha Karmela, additional, Wong, Kimberly, additional, Xu, Ivana, additional, Martinez, Benjamin, additional, Nuygen, Reena, additional, Norris, Lucy, additional, Nijensohn, Noah, additional, Altman, Naomi, additional, Maajid, Elise, additional, Burkhardt, Olivia, additional, Chanda, Jullian, additional, Doscher, Catherine, additional, Gopal, Alex, additional, Good, Aaron, additional, Good, Jonah, additional, Herrera, Nate, additional, Lanting, Lucas, additional, Liem, Sophia, additional, Marks, Anila, additional, McLaughlin, Emma, additional, Lee, Audrey, additional, Mohr, Collin, additional, Patton, Emma, additional, Pyarali, Naima, additional, Oczon, Claire, additional, Richards, Daniel, additional, Good, Nathan, additional, Goss, Spencer, additional, Khan, Adeeb, additional, Madonia, Reagan, additional, Mitchell, Vivian, additional, Sun, Natasha, additional, Vranka, Tarik, additional, Garcia, Diogo, additional, Arroyo, Frida, additional, Morales, Eric, additional, Camey, Steven, additional, Cano, Giovanni, additional, Bernabe, Angelica, additional, Arroyo, Jennifer, additional, Lopez, Yadira, additional, Gonzalez, Emily, additional, Zumba, Bryan, additional, Garcia, Josue, additional, Vargas, Esmeralda, additional, Trinidad, Allen, additional, Candelaria, Noel, additional, Valdez, Vanessa, additional, Campuzano, Faith, additional, Pereznegron, Emily, additional, Medrano, Jenifer, additional, Gutierrez, Jonathan, additional, Gutierrez, Evelyn, additional, Abrego, Ericka Taboada, additional, Gutierrez, Dayanara, additional, Ortiz, Cristian, additional, Barnes, Angelica, additional, Arms, Eleanor, additional, Mitchell, Leo, additional, Balanzá, Ciara, additional, Bradford, Jake, additional, Detroy, Harrison, additional, Ferguson, Devin, additional, Guillermo, Ethel, additional, Manapragada, Anusha, additional, Nanula, Daniella, additional, Serna, Brigitte, additional, Singh, Khushi, additional, Sramaty, Emily, additional, Wells, Brian, additional, Wiggins, Matthew, additional, Dowling, Melissa, additional, Schmadeke, Geraldine, additional, Cafferky, Samantha, additional, Good, Stephanie, additional, Reese, Margaret, additional, Fleig, Miranda, additional, Gannett, Alex, additional, Cain, Cory, additional, Lee, Melody, additional, Oberto, Paul, additional, Rinehart, Jennifer, additional, Pan, Elaine, additional, Mathis, Sallie Anne, additional, Joiner, Jessica, additional, Barr, Leslie, additional, Evans, Cory J, additional, Baena-Lopez, Alberto, additional, Beatty, Andrea, additional, Collette, Jeanette, additional, Smullen, Robert, additional, Suttie, Jeanne, additional, Chisholm, Townley, additional, Rotondo, Cheryl, additional, Lewis, Gareth, additional, Turner, Victoria, additional, Stark, Lloyd, additional, Fox, Elizabeth, additional, Amirapu, Anjana, additional, Park, Sangbin, additional, Lantz, Nicole, additional, Rankin, Anne E, additional, Kim, Seung K, additional, and Kockel, Lutz, additional

Published
2023
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38. Artificial Graphene Spin Polarized Electrode for Magnetic Tunnel Junctions

Author

Zatko, Victor, primary, Galceran, Regina, additional, Galbiati, Marta, additional, Peiro, Julian, additional, Godel, Florian, additional, Kern, Lisa-Marie, additional, Perconte, David, additional, Ibrahim, Fatima, additional, Hallal, Ali, additional, Chshiev, Mairbek, additional, Martinez, Benjamin, additional, Frontera, Carlos, additional, Balcells, Lluìs, additional, Kidambi, Piran R., additional, Robertson, John, additional, Hofmann, Stephan, additional, Collin, Sophie, additional, Petroff, Frédéric, additional, Martin, Marie-Blandine, additional, Dlubak, Bruno, additional, and Seneor, Pierre, additional

Published
2022
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39. An international scholastic network to generate LexA enhancer-trap lines forDrosophila

Author

Kim, Ella S., primary, Rajan, Arjun, additional, Chang, Kathleen, additional, Gulick, Clara, additional, English, Eva, additional, Nakada, Stella, additional, Beard, Charlotte, additional, O’Connor, Sarah, additional, Mastroianni, Sophia, additional, Downey, Emma, additional, Feigenbaum, Matthew, additional, Tolentino, Caitlin, additional, Pace, Abigail, additional, Khan, Marina, additional, Moon, Soyoun, additional, DiPrima, Jordan, additional, Syed, Amber, additional, Lin, Flora, additional, Govindarajan, Sanath, additional, Abukhadra, Yasmina, additional, Bacon, Isabella, additional, Beckerle, John, additional, Bloomfield, Orion, additional, Cho, Sophia, additional, Donkor, Nana Esi, additional, Garberg, Lucy, additional, Harrington, Ava, additional, Hoang, Mai, additional, Lawani, Nosa, additional, Noori, Ayush, additional, Park, Euwie, additional, Parsons, Ella, additional, Oravitan, Philip, additional, Chen, Matthew, additional, Molina, Cristian, additional, Richmond, Caleb, additional, Reddi, Adith, additional, Huang, Jason, additional, Shugrue, Cooper, additional, Coviello, Rose, additional, Unver, Selma, additional, Indelicarto, Matthew, additional, Islamovic, Emir, additional, McIlroy, Rosemary, additional, Yang, Alana, additional, Hamad, Mahdi, additional, Griffin, Elizabeth, additional, Ahmed, Zara, additional, Alla, Asha, additional, Fitzgerald, Patricia, additional, Choi, Audrey, additional, Das, Tanya, additional, Cheng, Yuchen, additional, Yu, Joshua, additional, Roderiques, Tabor, additional, Lee, Ethan, additional, Liu, Longchao, additional, Harper, Jaekeb, additional, Wang, Jason, additional, Suhr, Chris, additional, Tan, Max, additional, Luque, Jacqueline, additional, Tam, A. Russell, additional, Chen, Emma, additional, Triff, Max, additional, Zimmermann, Lyric, additional, Zhang, Eric, additional, Wood, Jackie, additional, Clark, Kaitlin, additional, Kpodonu, Nat, additional, Dey, Antar, additional, Ecker, Alexander, additional, Chuang, Maximilian, additional, Kodi, Ramón, additional, López, Suzuki, additional, Sun, Harry, additional, Wei, Zijing, additional, Stone, Henry, additional, Mudide, Anish, additional, Chi, Chia Yu Joy, additional, Silvestri, Aiden, additional, Orloff, Petra, additional, Nedumaran, Neha, additional, Zou, Aletheia, additional, Ünver, Leyla, additional, Page, Oscair, additional, Kim, Minseo, additional, Chan, Terence Yan Tao, additional, Tulloch, Akili, additional, Hernandez, Andrea, additional, Pillai, Aruli, additional, Quinn, Lily, additional, Conybere, Chris, additional, Baumgardt, Luca Laiza, additional, Buckley, Rollo, additional, Kolberg, Zara, additional, Pattison, Ruth, additional, Shazli, Ashlyn Ahmad, additional, Ganske, Pia, additional, Sfragara, Luca, additional, Strub, Annina, additional, Collier, Barney, additional, Tamana, Hari, additional, Ravindran, Dylan, additional, Howden, James, additional, Stewart, Madeleine, additional, Shimizu, Sakura, additional, Braniff, Julia, additional, Fong, Melanie, additional, Gutman, Lucy, additional, Irvine, Danny, additional, Malholtra, Sahil, additional, Medina, Jillian, additional, Park, John, additional, Yin, Alicia, additional, Abromavage, Harrison, additional, Barrett, Breanna, additional, Chen, Jacqueline, additional, Cho, Rachelle, additional, Dilatush, Mac, additional, Gaw, Gabriel, additional, Gu, Caitlin, additional, Huang, Jupiter, additional, Kilby, Houston, additional, Markel, Ethan, additional, McClure, Katie, additional, Phillips, William, additional, Polaski, Benjamin, additional, Roselli, Amelia, additional, Saint-Cyr, Soleil, additional, Shin, Ellie, additional, Tatum, Kylan, additional, Tumpunyawat, Tai, additional, Wetherill, Lucia, additional, Ptaszynska, Sara, additional, Zeleznik, Maddie, additional, Pesendorfer, Alexander, additional, Nolan, Anna, additional, Tao, Jeffrey, additional, Sammeta, Divya, additional, Nicholson, Laney, additional, Dinh, Giao Vu, additional, Foltz, Merrin, additional, Vo, An, additional, Ross, Maggie, additional, Tokarski, Andrew, additional, Hariharan, Samika, additional, Wang, Elaine, additional, Baziuk, Martha, additional, Tay, Ashley, additional, Wong, Yuk Hung Maximus, additional, Floyd, Jax, additional, Cui, Aileen, additional, Pierre, Kieran, additional, Chao, Olivia, additional, L’Etoile-Goga, Peter, additional, King, Alexa, additional, McKinley, Paris, additional, Read, Nicole, additional, Milberg, David, additional, Lin, Leila, additional, Wong, Melinda, additional, Gilman, Io, additional, Brown, Samantha, additional, Chen, Lila, additional, Kosai, Jordyn, additional, Verbinsky, Mark, additional, Belshaw-Hood, Alice, additional, Lee, Honon, additional, Zhou, Cathy, additional, Lobo, Maya, additional, Tse, Asia, additional, Tran, Kyle, additional, Lewis, Kira, additional, Sonawane, Pratmesh, additional, Ngo, Jonathan, additional, Zuzga, Sophia, additional, Chow, Lillian, additional, Huynh, Vianne, additional, Yang, Wenyi, additional, Lim, Samantha, additional, Stites, Brandon, additional, Chang, Shannon, additional, Cruz-Balleza, Raenalyn, additional, Pelta, Michaela, additional, Kujawski, Stella, additional, Yuan, Christopher, additional, Martinez, Benjamin, additional, Nuygen, Reena, additional, Norris, Lucy, additional, Nijensohn, Noah, additional, Altman, Naomi, additional, Maajid, Elise, additional, Burkhardt, Olivia, additional, Chanda, Jullian, additional, Doscher, Catherine, additional, Gopal, Alex, additional, Good, Aaron, additional, Good, Jonah, additional, Herrera, Nate, additional, Lanting, Lucas, additional, Liem, Sophia, additional, Marks, Anila, additional, McLaughlin, Emma, additional, Lee, Audrey, additional, Mohr, Collin, additional, Patton, Emma, additional, Pyarali, Naima, additional, Oczon, Claire, additional, Richards, Daniel, additional, Garcia, Diogo, additional, Arroyo, Frida, additional, Morales, Eric, additional, Camey, Steven, additional, Cano, Giovanni, additional, Rodriguez, Bianca, additional, Bernabe, Angelica, additional, Arroyo, Jennifer, additional, Lopez, Yadira, additional, Gonzalez, Emily, additional, Zumba, Bryan, additional, Garcia, Josue, additional, Vargas, Esmeralda, additional, Trinidad, Allen, additional, Candelaria, Noel, additional, Valdez, Vanessa, additional, Campuzano, Faith, additional, Pereznegron, Emily, additional, Barnes, Angelica, additional, Arms, Eleanor, additional, Dowling, Melissa, additional, Schmadeke, Geraldine, additional, Cafferky, Samantha, additional, Good, Stephanie, additional, Reese, Meg, additional, Fleig, Miranda, additional, Gannett, Alex, additional, Cain, Cory, additional, Lee, Melody, additional, Oberto, Paul, additional, Rinehart, Jennifer, additional, Pan, Elaine, additional, Mathis, Sallie Anne, additional, Joiner, Jessica, additional, Barr, Leslie, additional, Evans, Cory, additional, Baena-Lopez, Alberto, additional, Beatty, Andrea, additional, Collette, Jeanette, additional, Smullen, Robert, additional, Suttie, Jeanne, additional, Rankin, Anne E., additional, Chisholm, Townley, additional, Rotondo, Cheryl, additional, Lewis, Gareth, additional, Turner, Victoria, additional, Stark, Lloyd, additional, Fox, Elizabeth, additional, Amirapu, Anjana, additional, Park, Sangbin, additional, Lantz, Nicole, additional, and Kockel, Lutz, additional

Published
2022
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49. AAST multicenter prospective analysis of prehospital tourniquet use for extremity trauma

Author

Schroll, Rebecca, primary, Smith, Alison, additional, Alabaster, Kelsey, additional, Schroeppel, Thomas J., additional, Stillman, Zachery E., additional, Teicher, Erik J., additional, Lita, Elena, additional, Ferrada, Paula, additional, Han, Jinfeng, additional, Fullerton, Robert D., additional, McNickle, Allison G., additional, Fraser, Douglas R., additional, Truitt, Michael S., additional, Grossman Verner, Heather M., additional, Todd, S. Rob, additional, Turay, David, additional, Pop, Andrew, additional, Godat, Laura N., additional, Costantini, Todd W., additional, Khor, Desmond, additional, Inaba, Kenji, additional, Bardes, James, additional, Wilson, Alison, additional, Myers, John G., additional, Haan, James M., additional, Lightwine, Kelly L., additional, Berdel, Henrik O., additional, Bottiggi, Anthony J., additional, Dorlac, Warren, additional, Zier, Linda, additional, Chang, Grace, additional, Lindner, Mae, additional, Martinez, Benjamin, additional, Tatum, Danielle, additional, Fischer, Peter E., additional, Lieser, Mark, additional, Mabe, Robert C., additional, Lottenberg, Lawrence, additional, Velopoulos, Catherine G., additional, Urban, Shane, additional, Duke, Marquinn, additional, Brown, Amy, additional, Peckham, Merry, additional, Gongola, AlleaBelle, additional, Enniss, Toby M., additional, Teixeira, Pedro, additional, Kim, Dennis Y., additional, Singer, George, additional, Ekeh, Peter, additional, Hardman, Claire, additional, Askari, Reza, additional, Okafor, Barbara, additional, and Duchesne, Juan, additional

Published
2022
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