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2. Index

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

4. PART IV (Un)Learning and Luring

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

6. PART III Infecting and Caring

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

10. PART II Problematizing and (Re)Valuing

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

11. 10 Machinic Highs and Pathic Patchworks of Addicted Systems

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

12. 5 Race and Reality: Towards a Social Aesthetics of Race

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

13. 7 Variations on the Great Refusal via Dante and Whitehead

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

15. PART I Feeling and Experiencing

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

16. 3 Eternal Objects of Nuclear Waste Futures

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

17. Dis-Positions Series Preface

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

19. 4 Geo-Narrativity: Anthropocene, Aesthetics, Forensics

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

20. Table of Contents

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

21. Notes on Contributors

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

23. Acknowledgements

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

24. Title Page, Copyright

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

25. Cover

Author

Wilkie, Alex, Sehgal, Melanie, Gaskill, Nicholas, Debaise, Didier, Goffey, Andy, Fuller, Matthew, Haas, Maximilian, Malaspina, Cecile, Savransky, Martin, Thomas, Michael L., Damianos, Alexander, P. Keating, Thomas, Halewood, Michael, and Michael, Mike

Published
2024

26. Demonstration of OpenMC as a framework for atomic transport and plasma interaction

Author

Wilkie, George J., Romano, Paul K., and Churchill, R. Michael

Subjects
Physics - Plasma Physics, Physics - Computational Physics
Abstract

Modern tooling is demanded for predicting the transport and reaction characteristics of atoms and molecules, especially in the context of magnetic confinement fusion. DEGAS2, among the most common and capable tools currently in use, shares many fundamental similarities with the OpenMC framework, which was primarily developed for neutron and photon transport. In this work, we demonstrate that OpenMC is suitable for atomic transport calculations. The relative error between the models is small, and the performance of OpenMC is at least comparable to DEGAS2. This is the case even without taking advantage of heterogeneous computing architecture, which is only one of the several remarkable new capabilities that this demonstration heralds., Comment: 17 pages, 9 figures

Published
2024

27. Commentaries

Author

Marres, Noortje, Guggenheim, Michael, Wilkie, Alex, Calvillo, Nerea, Kräftner, Bernd, and Kröll, Judith

Published
2018

29. Appendix

Author

Marres, Noortje, Guggenheim, Michael, Wilkie, Alex, Calvillo, Nerea, Kräftner, Bernd, and Kröll, Judith

Published
2018

30. 12. Hacking the Social?

Author

Marres, Noortje, Guggenheim, Michael, Wilkie, Alex, Calvillo, Nerea, Kräftner, Bernd, and Kröll, Judith

Published
2018

31. Mattering Press Titles

Author

Marres, Noortje, Guggenheim, Michael, Wilkie, Alex, Calvillo, Nerea, Kräftner, Bernd, and Kröll, Judith

Published
2018

32. Title Page, Copyright

Author

Marres, Noortje, Guggenheim, Michael, Wilkie, Alex, Calvillo, Nerea, Kräftner, Bernd, and Kröll, Judith

Published
2018

40. Section Two: Essays

Author

Marres, Noortje, Guggenheim, Michael, Wilkie, Alex, Calvillo, Nerea, Kräftner, Bernd, and Kröll, Judith

Published
2018

46. Section One: Projects

Author

Marres, Noortje, Guggenheim, Michael, Wilkie, Alex, Calvillo, Nerea, Kräftner, Bernd, and Kröll, Judith

Published
2018

47. List of Figures

Author

Marres, Noortje, Guggenheim, Michael, Wilkie, Alex, Calvillo, Nerea, Kräftner, Bernd, and Kröll, Judith

Published
2018

48. Co-Design of 2D Heterojunctions for Data Filtering in Tracking Systems

Author

Oli, Tupendra, Olin-Ammentorp, Wilkie, Wu, Xingfu, Qian, Justin H., Sangwan, Vinod K., Hersam, Mark C., Habib, Salman, and Taylor, Valerie

Subjects
Physics - Instrumentation and Detectors, High Energy Physics - Experiment
Abstract

As particle physics experiments evolve to achieve higher energies and resolutions, handling the massive data volumes produced by silicon pixel detectors, which are used for charged particle tracking, poses a significant challenge. To address the challenge of data transport from high resolution tracking systems, we investigate a support vector machine (SVM)-based data classification system designed to reject low-momentum particles in real-time. This SVM system achieves high accuracy through the use of a customized mixed kernel function, which is specifically adapted to the data recorded by a silicon tracker. Moreover, this custom kernel can be implemented using highly efficient, novel van der Waals heterojunction devices. This study demonstrates the co-design of circuits with applications that may be adapted to meet future device and processing needs in high-energy physics (HEP) collider experiments., Comment: 15 pages, 8 figures, 1 table

Published
2024

49. Modeling Performance of Data Collection Systems for High-Energy Physics

Author

Olin-Ammentorp, Wilkie, Wu, Xingfu, and Chien, Andrew A.

Subjects
Computer Science - Distributed, Parallel, and Cluster Computing, Physics - Data Analysis, Statistics and Probability
Abstract

Exponential increases in scientific experimental data are outstripping the rate of progress in silicon technology. As a result, heterogeneous combinations of architectures and process or device technologies are increasingly important to meet the computing demands of future scientific experiments. However, the complexity of heterogeneous computing systems requires systematic modeling to understand performance. We present a model which addresses this need by framing key aspects of data collection pipelines and constraints, and combines them with the important vectors of technology that shape alternatives, computing metrics that allow complex alternatives to be compared. For instance, a data collection pipeline may be characterized by parameters such as sensor sampling rates, amount of data collected, and the overall relevancy of retrieved samples. Alternatives to this pipeline are enabled by hardware development vectors including advancing CMOS, GPUs, neuromorphic computing, and edge computing. By calculating metrics for each alternative such as overall F1 score, power, hardware cost, and energy expended per relevant sample, this model allows alternate data collection systems to be rigorously compared. To demonstrate this model's capability, we apply it to the CMS experiment (and planned HL-LHC upgrade) to evaluate and compare the application of novel technologies in the data acquisition system (DAQ). We demonstrate that improvements to early stages in the DAQ are highly beneficial, greatly reducing the resources required at later stages of processing (such as a 60% power reduction) and increasing the amount of relevant data retrieved from the experiment per unit power (improving from 0.065 to 0.31 samples/kJ) However, we predict further advances will be required in order to meet overall power and cost constraints for the DAQ., Comment: 22 pages, 6 figures

Published
2024

50. CrowdEgress: A Multi-Agent Simulation Platform for Pedestrian Crowd

Author

Wang, Peng, Wang, Xiaoda, Luh, Peter, Olderman, Neal, Wilkie, Christian, and Korhonen, Timo

Subjects
Physics - Physics and Society, Nonlinear Sciences - Adaptation and Self-Organizing Systems
Abstract

This article introduces a simulation platform to study complex crowd behavior in social context. The agent-based model is extended based on the social force model, and it mainly describes how agents interact with each other, and also with surrounding facilities such as walls, doors and exits. The simulation platform is compatible to FDS+Evac, and the input data in FDS+Evac could be imported into our simulation platform to create single-floor compartment geometry, and a flow solver is used to generate the roadmap towards exits. Most importantly, we plan to integrate advanced social and psychological theory into our simulation platform, especially investigating human behavior in emergency evacuation,such as pre-evacuation behavior, exit-selection activities, social group and herding effect and so forth., Comment: 26 pages, 20 figures

Published
2024

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