Publications of Mark P. Rast

A list of publications authored or co-authored by Mark P. Rast, derived from the SAO/NASA Astrophysics Data System (ADS). The number in brackets after each title indicates the number of citations that the paper has received.

Orcid ID: 0000-0002-9232-9078

List of publications ordered by citations
Number of papers: 53 (refereed: 51)
No. of citations: 1938
First author papers: 22 (refereed: 21)

2024

  1. Observations of Locally Excited Waves in the Low Solar Atmosphere Using the Daniel K. Inouye Solar Telescope [1]
    Bahauddin, Shah Mohammad, Fischer, Catherine E., Rast, Mark P., Milic, Ivan, Woeger, Friedrich, Rempel, Matthias, Keys, Peter H. & Rimmele, Thomas R., ApJ, 971, L1

2023

  1. An Iterative OLA Method for Inversion of Solar Spectropolarimetric Data. I. Single- and Multiple-variable Inversions of Thermodynamic Quantities [1]
    Agrawal, Piyush, Rast, Mark P. & Ruiz Cobo, Basilio, ApJ, 944, 111
  2. Identifying Acoustic Wave Sources on the Sun. II. Improved Filter Techniques for Source Wavefield Seismology [3]
    Bahauddin, Shah Mohammad & Rast, Mark Peter, ApJ, 955, 31
  3. Dynamics of Large-Scale Solar Flows [32]
    Hotta, Hideyuki, Bekki, Yuto, Gizon, Laurent, Noraz, Quentin & Rast, Mark, Space Science Reviews, 219, 77

2022

  1. Contact statistics in populations of noninteracting random walkers in two dimensions [2]
    Rast, Mark Peter, Physical Review E, 105, 014103

2021

  1. Identifying Acoustic Wave Sources on the Sun. I. Two-dimensional Waves in a Simulated Photosphere [5]
    Bahauddin, Shah Mohammad & Rast, Mark Peter, ApJ, 915, 36
  2. Critical Science Plan for the Daniel K. Inouye Solar Telescope (DKIST) [94]
    Rast, Mark P., Bello González, Nazaret, Bellot Rubio, Luis, Cao, Wenda, Cauzzi, Gianna, Deluca, Edward, de Pontieu, Bart, Fletcher, Lyndsay, Gibson, Sarah E., Judge, Philip G., Katsukawa, Yukio, Kazachenko, Maria D., Khomenko, Elena, Landi, Enrico, Martínez Pillet, Valentín, Petrie, Gordon J. D., Qiu, Jiong, Rachmeler, Laurel A., Rempel, Matthias, Schmidt, Wolfgang, Scullion, Eamon, Sun, Xudong, Welsch, Brian T., Andretta, Vincenzo, Antolin, Patrick, Ayres, Thomas R., Balasubramaniam, K. S., Ballai, Istvan, Berger, Thomas E., Bradshaw, Stephen J., Campbell, Ryan J., Carlsson, Mats, Casini, Roberto, Centeno, Rebecca, Cranmer, Steven R., Criscuoli, Serena, Deforest, Craig, Deng, Yuanyong, Erdélyi, Robertus, Fedun, Viktor, Fischer, Catherine E., González Manrique, Sergio J., Hahn, Michael, Harra, Louise, Henriques, Vasco M. J., Hurlburt, Neal E., Jaeggli, Sarah, Jafarzadeh, Shahin, Jain, Rekha, Jefferies, Stuart M., Keys, Peter H., Kowalski, Adam F., Kuckein, Christoph, Kuhn, Jeffrey R., Kuridze, David, Liu, Jiajia, Liu, Wei, Longcope, Dana, Mathioudakis, Mihalis, McAteer, R. T. James, McIntosh, Scott W., McKenzie, David E., Miralles, Mari Paz, Morton, Richard J., Muglach, Karin, Nelson, Chris J., Panesar, Navdeep K., Parenti, Susanna, Parnell, Clare E., Poduval, Bala, Reardon, Kevin P., Reep, Jeffrey W., Schad, Thomas A., Schmit, Donald, Sharma, Rahul, Socas-Navarro, Hector, Srivastava, Abhishek K., Sterling, Alphonse C., Suematsu, Yoshinori, Tarr, Lucas A., Tiwari, Sanjiv, Tritschler, Alexandra, Verth, Gary, Vourlidas, Angelos, Wang, Haimin, Wang, Yi-Ming, NSO and DKIST Project, DKIST Instrument Scientists, DKIST Science Working Group & DKIST Critical Science Plan Community, Solar Physics, 296, 70

2020

  1. The Daniel K. Inouye Solar Telescope - Observatory Overview [316]
    Rimmele, Thomas R., Warner, Mark, Keil, Stephen L., Goode, Philip R., Knölker, Michael, Kuhn, Jeffrey R., Rosner, Robert R., McMullin, Joseph P., Casini, Roberto, Lin, Haosheng, Wöger, Friedrich, von der Lühe, Oskar, Tritschler, Alexandra, Davey, Alisdair, de Wijn, Alfred, Elmore, David F., Fehlmann, André, Harrington, David M., Jaeggli, Sarah A., Rast, Mark P., Schad, Thomas A., Schmidt, Wolfgang, Mathioudakis, Mihalis, Mickey, Donald L., Anan, Tetsu, Beck, Christian, Marshall, Heather K., Jeffers, Paul F., Oschmann, Jacobus M., Beard, Andrew, Berst, David C., Cowan, Bruce A., Craig, Simon C., Cross, Eric, Cummings, Bryan K., Donnelly, Colleen, de Vanssay, Jean-Benoit, Eigenbrot, Arthur D., Ferayorni, Andrew, Foster, Christopher, Galapon, Chriselle Ann, Gedrites, Christopher, Gonzales, Kerry, Goodrich, Bret D., Gregory, Brian S., Guzman, Stephanie S., Guzzo, Stephen, Hegwer, Steve, Hubbard, Robert P., Hubbard, John R., Johansson, Erik M., Johnson, Luke C., Liang, Chen, Liang, Mary, McQuillen, Isaac, Mayer, Christopher, Newman, Karl, Onodera, Brialyn, Phelps, LeEllen, Puentes, Myles M., Richards, Christopher, Rimmele, Lukas M., Sekulic, Predrag, Shimko, Stephan R., Simison, Brett E., Smith, Brett, Starman, Erik, Sueoka, Stacey R., Summers, Richard T., Szabo, Aimee, Szabo, Louis, Wampler, Stephen B., Williams, Timothy R. & White, Charles, Solar Physics, 295, 172

2019

  1. Doppler Events in the Solar Photosphere: The Coincident Superposition of Fast Granular Flows and p-Mode Coherence Patches [9]
    McClure, R. Lee, Rast, Mark P. & Martínez Pillet, Valentin, Solar Physics, 294, 18
  2. The Solar Photospheric Continuum Brightness as a Function of Mean Magnetic Flux Density. I. The Role of the Magnetic Structure Size Distribution [5]
    Peck, C. L., Rast, M. P., Criscuoli, S. & Rempel, M., ApJ, 870, 89
  3. The Critical Science Plan for DKIST [3]
    Rast, M., Cauzzi, G. & Martinez Pillet, V., Nuovo Cimento C Geophysics Space Physics C, 42, 7

2018

  1. Transport of Internetwork Magnetic Flux Elements in the Solar Photosphere [10]
    Agrawal, Piyush, Rast, Mark P., Gošić, Milan, Bellot Rubio, Luis R. & Rempel, Matthias, ApJ, 854, 118
  2. Single-particle dispersion in stably stratified turbulence [8]
    Sujovolsky, N. E., Mininni, P. D. & Rast, M. P., Physical Review Fluids, 3, 034603

2017

  1. Magnetically Modulated Heat Transport in a Global Simulation of Solar Magneto-convection [22]
    Cossette, Jean-Francois, Charbonneau, Paul, Smolarkiewicz, Piotr K. & Rast, Mark P., ApJ, 841, 65
  2. An Assessment of and Solution to the Intensity Diffusion Error Intrinsic to Short-characteristic Radiative Transfer Methods [5]
    Peck, C. L., Criscuoli, S. & Rast, M. P., ApJ, 850, 9

2016

  1. Supergranulation as the Largest Buoyantly Driven Convective Scale of the Sun [51]
    Cossette, Jean-Francois & Rast, Mark P., ApJ, 829, L17
  2. Turbulent transport with intermittency: Expectation of a scalar concentration [10]
    Rast, Mark Peter, Pinton, Jean-François & Mininni, Pablo D., Physical Review E, 93, 043120
  3. Daniel K. Inouye Solar Telescope: High-resolution observing of the dynamic Sun [92]
    Tritschler, A., Rimmele, T. R., Berukoff, S., Casini, R., Kuhn, J. R., Lin, H., Rast, M. P., McMullin, J. P., Schmidt, W., Wöger, F. & DKIST Team, Astronomische Nachrichten, 337, 1064

2015

  1. The Effects of Magnetic Field Morphology on the Determination of Oxygen and Iron Abundances in the Solar Photosphere [14]
    Moore, Christopher S., Uitenbroek, Han, Rempel, Matthias, Criscuoli, Serena & Rast, Mark P., ApJ, 799, 150
  2. Photometric Trends in the Visible Solar Continuum and Their Sensitivity to the Center-to-Limb Profile [6]
    Peck, C. L. & Rast, M. P., ApJ, 808, 192

2014

  1. The Role of Subsurface Flows in Solar Surface Convection: Modeling the Spectrum of Supergranular and Larger Scale Flows [58]
    Lord, J. W., Cameron, R. H., Rast, M. P., Rempel, M. & Roudier, T., ApJ, 793, 24

2012

  1. Wavelet decomposition of forced turbulence: Applicability of the iterative Donoho-Johnstone threshold [3]
    Lord, Jesse W., Rast, Mark P., Mckinlay, Christopher, Clyne, John & Mininni, Pablo D., Physics of Fluids, 24, 025102-025102-14

2011

  1. Observing Evolution in the Supergranular Network Length Scale During Periods of Low Solar Activity [34]
    McIntosh, Scott W., Leamon, Robert J., Hock, Rachel A., Rast, Mark P. & Ulrich, Roger K., ApJ, 730, L3
  2. Pair Dispersion in Turbulence: The Subdominant Role of Scaling [22]
    Rast, Mark Peter & Pinton, Jean-François, Physical Review Letters, 107, 214501

2010

  1. Radiative emission of solar features in the Ca II K line: comparison of measurements and models [32]
    Ermolli, I., Criscuoli, S., Uitenbroek, H., Giorgi, F., Rast, M. P. & Solanki, S. K., A&A, 523, A55
  2. Modeling the solar irradiance background via numerical simulation [1]
    Viticchié, B., Vantaggiato, M., Berrilli, F., del Moro, D., Penza, V., Pietropaolo, E. & Rast, M., Astrophysics and Space Science, 328, 39

2009

  1. Photometric properties of resolved and unresolved magnetic elements [19]
    Criscuoli, S. & Rast, M. P., A&A, 495, 621
  2. The Intensity Profile of the Solar Supergranulation [29]
    Goldbaum, Nathan, Rast, Mark P., Ermolli, Ilaria, Sands, J. Summer & Berrilli, Francesco, ApJ, 707, 67
  3. Visualization-Driven Structural and Statistical Analysis of Turbulent Flows [0]
    Gruchalla, Kenny, Rast, Mark, Bradley, Elizabeth, Clyne, John & Mininni, Pablo, Lecture Notes in Computer Science (Editors: Adams, Niall M., Robardet, Céline, Siebes, Arno & Boulicaut, Jean-Fran\ccois), p.321
  4. Point-vortex model for Lagrangian intermittency in turbulence [9]
    Rast, Mark Peter & Pinton, Jean-Francois, Physical Review E, 79, 046314

2008

  1. Latitudinal Variation of the Solar Photospheric Intensity [63]
    Rast, Mark P., Ortiz, Ada & Meisner, Randle W., ApJ, 673, 1209

2007

  1. Interactive desktop analysis of high resolution simulations: application to turbulent plume dynamics and current sheet formation [195]
    Clyne, John, Mininni, Pablo, Norton, Alan & Rast, Mark, New Journal of Physics, 9, 301
  2. On the reliability of the fractal dimension measure of solar magnetic features and on its variation with solar activity [17]
    Criscuoli, S., Rast, M. P., Ermolli, I. & Centrone, M., A&A, 461, 331

2006

  1. Expansion of the Supergranular Magnetic Network through the Solar Atmosphere [17]
    Aiouaz, T. & Rast, M. P., ApJ, 647, L183

2005

  1. A prototype discovery environment for analyzing and visualizing terascale turbulent fluid flow simulations [62]
    Clyne, John & Rast, Mark, Visualization and Data Analysis 2005 (Editors: Erbacher, Robert F., Roberts, Jonathan C., Gröhn, Matti T. & Börner, Katy), Society of Photo-Optical Instrumentation Engineers (SPIE) Conference Series, 5669, p. 284

2004

  1. Persistent North-South Alignment of the Solar Supergranulation [35]
    Lisle, Jason P., Rast, Mark P. & Toomre, Juri, ApJ, 608, 1167
  2. The Spectrum of the Solar Supergranulation: Multiple Nonwave Components [21]
    Rast, Mark P., Lisle, Jason P. & Toomre, Juri, ApJ, 608, 1156

2003

  1. The Scales of Granulation, Mesogranulation, and Supergranulation [132]
    Rast, Mark Peter, ApJ, 597, 1200

2002

  1. A comment on ``Regular structures of the solar photosphere" [17]
    Rast, M. P., A&A, 392, L13

2001

  1. The Zigzag Path of Buoyant Magnetic Tubes and the Generation of Vorticity along Their Periphery [16]
    Emonet, T., Moreno-Insertis, F. & Rast, M. P., ApJ, 549, 1212
  2. Sunspot Bright Rings: Evidence from Case Studies [15]
    Rast, M. P., Meisner, R. W., Lites, B. W., Fox, P. A. & White, O. R., ApJ, 557, 864
  3. A Thermodynamically Induced Finite-Amplitude Convective Instability in Stellar Envelopes [5]
    Rast, Mark Peter, ApJ, 561, L191
  4. The Navier-Stokes Equations and their Solution: Convection and Oscillation Excitation [1]
    Rast, Mark Peter, Astrophysics and Space Science Library (Editors: Hanslmeier, Arnold, Messerotti, Mauro & Veronig, Astrid), Astrophysics and Space Science Library, 259, p. 155

2000

  1. p-Mode Intensity-Velocity Phase Differences and Convective Sources [40]
    Skartlien, R. & Rast, M. P., ApJ, 535, 464

1999

  1. Bright rings around sunspots [37]
    Rast, M. P., Fox, P. A., Lin, H., Lites, B. W., Meisner, R. W. & White, O. R., Nature, 401, 678
  2. The Thermal Starting Plume as an Acoustic Source [56]
    Rast, Mark Peter, ApJ, 524, 462

1998

  1. On the Asymmetry of Solar Acoustic Line Profiles [38]
    Rast, Mark P. & Bogdan, Thomas J., ApJ, 496, 527
  2. Compressible plume dynamics and stability [46]
    Rast, Mark Peter, Journal of Fluid Mechanics, 369, 125

1995

  1. On the Nature of ``Exploding'' Granules and Granule Fragmentation [82]
    Rast, Mark Peter, ApJ, 443, 863

1994

  1. Simultaneous solution of the Navier-Stokes and elastic membrane equations by a finite element method [25]
    Rast, Mark Peter, International Journal for Numerical Methods in Fluids, 19, 1115

1993

  1. Compressible Convection with Ionization. II. Thermal Boundary-Layer Instability [26]
    Rast, Mark P. & Toomre, Juri, ApJ, 419, 240
  2. Compressible Convection with Ionization. I. Stability, Flow Asymmetries, and Energy Transport [37]
    Rast, Mark P. & Toomre, Juri, ApJ, 419, 224
  3. Ionization Effects in Three-dimensional Solar Granulation Simulations [59]
    Rast, Mark P., Nordlund, Ake, Stein, Robert F. & Toomre, Juri, ApJ, 408, L53

Created on Wed Apr 22 04:29:29 2026.