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DTSTAMP:20260202T201809Z
LOCATION:Art of HPC - Plaza Lobby
DTSTART;TZID=America/Chicago:20251121T080000
DTEND;TZID=America/Chicago:20251121T120000
UID:submissions.supercomputing.org_SC25_sess608@linklings.com
SUMMARY:Art of HPC Gallery
DESCRIPTION:Art of HPC\n\nWhere Creativity Meets HPC\n\nCreativity has alw
 ays been at the heart of innovation. It drives new perspectives, fuels art
 istic expression, and allows us to see beauty in unexpected places. By lev
 eraging cutting-edge technology and resources, we can push the boundaries 
 of both science and art. SC proudly presents Art of HPC, a showcase of the
  intersection between artistic creativity and high-performance computing. 
 \n\nArt of HPC Gallery Hours\nSunday, November 16, 8:00am - 6:00pm\nMonday
 , November 17, 8:00am - 9:00pm\nTuesday, November 18, 8:00am - 7:00pm\nWed
 nesday, November 19, 8:00am - 6:00pm\nThursday, November 20, 8:00am - 6:00
 pm\nFriday, November 21, 8:00am - 12:00pm\n\nFlow Behind a Starry Night\n\
 nThis video showcases in situ computational steering of a 2D lattice Boltz
 mann methods (LBM) computational fluid dynamics (CFD) simulation. In the s
 hown application, users can dynamically modify the barriers in the fluid's
  path by selecting a file that describes barrier locations. For this artis
 tic s...\n\n\nThomas Marrinan (University of St. Thomas, Argonne National 
 Laboratory (ANL)); Andres Sewell (Utah State University); Victor Mateevits
 i (Argonne National Laboratory (ANL), University of Illinois Chicago); Ste
 ve Petruzza (Utah State University); and Michael Papka (Argonne National L
 aboratory (ANL), University of Illinois Chicago)\n---------------------\nI
 mmersive Geometries and Structures in Motion for Scientific Exploration\n\
 nASCRIBE-VR transforms complex scientific datasets into immersive, explora
 ble worlds. Running AI-driven segmentation on HPC systems, it isolates reg
 ions of interest from X-ray, CT, MRI, and electron microscopy 3D imaging, 
 reshaping them into tangible virtual forms. Accessible through Meta Quest,
  this...\n\n\nDaniela Ushizima (Lawrence Berkeley National Laboratory (LBN
 L)), Guilherme Melo dos Santos (Unifesp), Meaghan Boykin (Sonoma State Uni
 versity), and Zineb Sordo and Jeffrey Donatelli (Lawrence Berkeley Nationa
 l Laboratory (LBNL))\n---------------------\nMachine Dreaming\n\nMachine D
 reaming is an interactive installation that explores the perceptual and so
 cial dynamic between humans and AI, highlighting the tensions and intimaci
 es that surface in the experience of being “seen” by these systems. The vi
 deo depicts a viewer interacting with the installation, w...\n\n\nAileen N
 g and Jon McCormack (Monash University, SensiLab)\n---------------------\n
 Journey Through a Vortex Jungle\n\nThe video shows a computational fluid d
 ynamics (CFD) simulation of the evolution of Taylor-Green vortices over ti
 me. The Taylor-Green vortex test case is a common setup for benchmarking a
 nd validating CFD solvers. The flow is initialized with sine wave velociti
 es. Vortices decay over time, showing t...\n\n\nSébastien Lemaire, Paul Ba
 rtholomew, Erich Essmann, Michèle Weiland, Justs Zarins, and Mark Parsons
  (Edinburgh Parallel Computing Centre (EPCC))\n---------------------\nNavi
 gating the Sky\n\nA short meditation in two parts about how ideas and know
 ledge shape and order what we find in the sky. \n\nManu-o-Kū\n\nThe first 
 part is based on a narration by Polynesian navigator Nainoa Thompson who d
 escribes how stars, clouds, waves, and living beings form an interconnecte
 d system of orientati...\n\n\nDietmar Offenhuber (Northeastern University)
  and Azra Akšamija (Massachusetts Institute of Technology (MIT))\n--------
 -------------\nATLAS in silico\n\nA participant interacting with ATLAS in 
 silico on the Varrier™ 60 LCD tile, semi-circular, 100-million pixel autos
 tereographic display located at the UC San Diego Calit2 Immersive Visualiz
 ation Laboratory. The interactive virtual environment is created utilizing
  the complete first release of t...\n\n\nRuth West (University of North Te
 xas, xREZ Art + Science Lab); Todd Margolis (QLIK); Iman Mostafavi (Overma
 tch); JP Lewis (NVIDIA Corporation); Joachim Gossmann (Hochschule für Musi
 k Trossingen); Ben Hackbarth (University of Liverpool); Alexander Horn (In
 dependent); Jurgen Schulze (Snap Inc.); and Raj Singh (ServiceNow)\n------
 ---------------\nMagnetic Field of a Star Formation Simulation\n\nThis sta
 r formation simulation data shows how the rotating gas winds up the magnet
 ic field around a forming protostar. All protostellar systems have angular
  momentum/rotation—this is how accretion disks/planetary systems form. Var
 ious details of the magnetic field geometry visualized here in r...\n\n\nG
 reg Foss and Dave Semeraro (Texas Advanced Computing Center (TACC), The Un
 iversity of Texas at Austin); Stella Soffner and Nina Flippova (Oden Insti
 tute for Computational Engineering and Sciences, The University of Texas a
 t Austin); and Sean Cunningham (Texas Advanced Computing Center (TACC), Th
 e University of Texas at Austin)\n---------------------\nSimulated Worlds 
 and Computed Geometries\n\nThis image combines three datasets into a singl
 e composition, revealing the beauty of structures explored with high perfo
 rmance computing.\n\nOn the left, a large-scale cosmology simulation on th
 e Aurora supercomputer shows the distribution of dark matter in the univer
 se. The visualized subset contain...\n\n\nSilvio Rizzi (Argonne National L
 aboratory (ANL))\n---------------------\nVisualization of Detonation Resea
 rch Test Facility at Texas A&M University\n\nLocated at the Texas A&M Univ
 ersity System RELLIS Campus, the Detonation Research Test Facility (DRTF) 
 exemplifies pioneering research, led by Dr. Elaine Oran, a world-renowned 
 authority on the physics of explosions. The DRTF is dedicated to understan
 ding the intricate dynamics of detonations, where...\n\n\nJian Tao, Elaine
  Oran, Sina Alidoust Salimi, Britain Thomas, Ashwath Sethu Venkataraman, a
 nd Milin Martin (Texas A&M University)\n---------------------\nHigh-Resolu
 tion Acoustic–Gravity Simulation for Tsunami Early Warning in the Cascadia
  Subduction Zone\n\nThis video visualizes data obtained from large-scale c
 omputations of an acoustic–gravity model implemented with the MFEM finite 
 element library and performed on the El Capitan supercomputer. The 3D high
 -fidelity model computes the coupled ocean acoustic and surface gravity wa
 ves for a magnitud...\n\n\nStefan Henneking, Sreeram Venkat, Omar Ghattas,
  and Milinda Fernando (The University of Texas at Austin); Alice-Agnes Gab
 riel (University of California, San Diego (UCSD)); and John Camier, Veseli
 n Dobrev, and Tzanio Kolev (Lawrence Livermore National Laboratory (LLNL))
 \n---------------------\nHummingbird: VR and Live Theater Performance Tran
 sforming Audiences into Participants\n\nParticipants perform independent t
 asks while contributing to a shared team objective in the Orchard scene du
 ring the Hummingbird VR performance.\n\n\nDaria Tsoupikova, Arthur Nishimo
 to, and Sai Priya Jyothula (University of Illinois Chicago); Jo Cattell (K
 aleidoko); Long Lance (University of Illinois at Chicago); and Andrew John
 son (University of Illinois Chicago)\n---------------------\nInfinite Flow
 \n\nThe image shows a fluid dynamics visualization of a periodic channel f
 low performed by x3d2, a newly developed high-fidelity CFD solver with CPU
  and GPU backends. \n\nA channel flow is a ubiquitous test case for analyz
 ing turbulence development and scales. The flow is bounded between two inf
 initely la...\n\n\nSebastien Lemaire (Edinburgh Parallel Computing Centre 
 (EPCC)), Irufan Ahmed (Imperial College London), and Paul Bartholomew (Edi
 nburgh Parallel Computing Centre (EPCC))\n---------------------\nQuantum U
 niversality\n\nThe artwork explores the phenomena of quantum universality 
 by illustrating the variance of coefficients of the characteristic polynom
 ial for sequences of quantized circulant networks approaching the semiclas
 sical limit, which is the limit of large quantum networks.\n \nQuantum phy
 sics describes the be...\n\n\nErika Leal, Rachel Wilkerson, and Jonathan H
 arrison (Baylor University) and Tori Hudgins (Kansas University)\n--------
 -------------\nCelestial Fireworks\n\nThis animation shows a supercomputer
  simulation of the large coronal mass ejection (CME) that occurred on July
  14, 2000 (nicknamed the "Bastille Day Event"). The CME ejected over a bil
 lion tons of million-degree plasma at over 1,600 km/s from the solar coron
 a, which is the magnetized outer atmospher...\n\n\nRonald Caplan (Predicti
 ve Science Inc.) and Elon Olsson (NASA Goddard Space Flight Center, Cathol
 ic University of America)\n---------------------\nTurbulent Strata\n\nWe h
 ere visualize a snapshot in time from one of the largest numerical simulat
 ions of stratified turbulence performed to date, generated by directly sim
 ulating the Navier–Stokes equations on the Frontier supercomputer (Oak Rid
 ge National Laboratory) through an INCITE award. Stratified turbulen...\n\
 n\nMiles Couchman (York University), Murali Gopalakrishnan Meena (Oak Ridg
 e National Laboratory (ORNL)), and Stephen de Bruyn Kops (University of Ma
 ssachusetts Amherst)\n---------------------\nVisualizing Clouds - Evolutio
 n of Technology & Techniques\n\n3d volumetric clouds (VDBs) are rendered f
 rom particles.  The clouds are then composited into a still frame from NVI
 DIA's Omniverse Flight example USD project.  When animated the camera flig
 hts through the 3d cloud formation, revealing the internal structure of th
 e clouds.\n\n\nBrad Carvey (Sandia National Labs, Sandia National Labs/Dru
 mFire)\n---------------------\nBlood Flow in the Vasculature of Zebrafish\
 n\nThe video shows blood flow in the vasculature of zebrafish. Nanoparticl
 es (blue), red blood cells (red), and the vasculature are visualized.\n\n\
 nShun Tomizawa (The University of Tokyo), Hiroyuki Nakajima (National Card
 iovascular Research Center), Zhen Li (Clemson University), and Yosuke Hase
 gawa (The University of Tokyo)\n---------------------\nFollowing the Flow:
  Monitoring the Evolution of Circulating Tumor Cells and Blood Flow\n\nWe 
 showcase two distinct applications of computational fluid dynamics for pat
 ient health monitoring driven by the HARVEY fluid dynamics solver. The fir
 st portion of the animation depicts blood flow coursing through a represen
 tative human aorta. The inlet of the flow begins at the ascending aorta, p
 a...\n\n\nAyman Yousef and Amanda Randles (Duke University)\n-------------
 --------\nEntanglement\n\nFungi are everywhere, in the air, in the water, 
 and in the soil, supporting and mediating between the living and non-livin
 g, beneath the floor of the forest.\n\nEntanglement, inspired by the motif
  of the forest and its fungal networks, invites spectators into an environ
 ment where visible and invisible...\n\n\nHaru Ji (OCAD University) and Gra
 ham Wakefield (York University)\n---------------------\nA Pulse in the Str
 eam 流息脉动\n\n𝘈 𝘗𝘶𝘭𝘴𝘦 𝘪𝘯 𝘵𝘩𝘦 𝘚𝘵𝘳𝘦𝘢𝘮 流息脉动 by Amy Karle (2025) 艾米·卡尔 is an int
 eractive, large-scale artwork that visualizes ...\n\n\nAmy Karle (Independ
 ent Artist, Conceptual Art Technologies)\n---------------------\nCr Island
  Rising from an Iron Sea: Atomic-Scale Structure of an Iron (Fe)-Chromium 
 (Cr) Alloy Post-Irradiation\n\nIn this 3D visualization, we delve into the
  atomic-scale structure of an Iron (Fe)-Chromium (Cr) alloy post-irradiati
 on, a vital material for nuclear energy applications. The image contrasts 
 Fe atoms in black with Cr atoms represented as vibrant spheres, each hue i
 ndicating the specific cluster to w...\n\n\nYalei Tang, Brenyn Faith Rothw
 ell, Nathan Woods, Mukesh Bachhav, and Matthew William Anderson (Idaho Nat
 ional Laboratory)\n---------------------\nLiving in Cages: Exploring the S
 tructures of Silica Polymorph\n\nSodalite cages are structural units found
  in the mineral sodalite and related materials like zeolites. Machine lear
 ning models are used to understand growth processes and atomic-level dynam
 ical transitions in silica. Naturally occurring and synthetic zeolites hav
 e numerous applications, including wa...\n\n\nJoseph A. Insley, Subramania
 n Sankaranarayanan, and Aditya Koneru (Argonne National Laboratory (ANL))\
 n---------------------\nWithin the Marble\n\nA look within the blue marble
  we call home. HPC simulation data from geophysics shows processes under t
 he Earth's mantle that are used for fundamental research on our planet.\n\
 n\nElisabeth Mayer and Thomas Odaker (Leibniz Supercomputing Centre (LRZ))
 , Eugenio D'Ascoli (TUM Munich), Marcus Mohr and Ponsuganth Ilango (LMU Mu
 nich), Arjun Parab (Leibniz Supercomputing Centre (LRZ)), Hans-Peter Bunge
  (LMU Munich), and Dieter Kranzlmüller (Leibniz Supercomputing Centre (LRZ
 ))\n---------------------\nA Pulse in Space\n\n𝘈 𝘗𝘶𝘭𝘴𝘦 𝘪𝘯 𝘚𝘱𝘢𝘤𝘦 by Amy Kar
 le (2025) is a sister work to 𝘈 𝘗𝘶𝘭𝘴𝘦 𝘪𝘯 𝘵𝘩𝘦 𝘚𝘵𝘳𝘦...\n\n\nAmy Karle (Indep
 endent Artist, Conceptual Art Technologies)\n---------------------\nWildfi
 re\n\nThe Sculpting Vis Collaborative developed software we call Artifact-
 Based Rendering, used here to visualize data from the HiGrad/Firetec wildf
 ire model at LANL.  We depart from traditional visualization methods by us
 ing statistical sampling to produce multiple point sets that represent fir
 e and smok...\n\n\nFrancesca Samsel and Gregory Abram (Texas Advanced Comp
 uting Center (TACC), University of Texas at Austin)\n---------------------
 \nVisualization of a High-Fidelity Wind Farm Simulation with ExaWind\n\nTh
 e image depicts the flow of wind through a wind farm comprising four five-
 megawatt wind turbines. The flow and turbine motions are shown in real tim
 e. The blades and tower are in a deflected state due to fluid-structure in
 teraction. Vortical flow structures are colored by velocity magnitude to i
 nd...\n\n\nNicholas Brunhart-Lupo and Marc Henry de Frahan (National Renew
 able Energy Laboratory (NREL)); Lawrence Cheung, Nathaniel deVelder, and G
 opal Robert Yalla (Sandia National Laboratories); and Prakash Mohan, Jon R
 ood, and Michael A. Sprague (National Renewable Energy Laboratory (NREL))\
 n---------------------\nCyclic Ice\n\nThe image shows a visualization of o
 ne timestep of a model of the physics of the Greenland ice-sheet. The inse
 t is an artist-generated image representing the location of the sites wher
 e cores of the bedrock beneath the ice were drilled, as well as contours o
 f the ice thickness and degree of coverage...\n\n\nFrancesca Samsel and Gr
 eg Abram (The University of Texas at Austin, Texas Advanced Computing Cent
 er (TACC)) and Benjamin Kiesling (The University of Texas at Austin, Insti
 tute for Geophysics)\n---------------------\nA Ravenous, Spinning Black Ho
 le: Infall to Outflow\n\nGlobal view of super-Eddington accretion onto a s
 pinning stellar-mass black hole. The black hole is surrounded by a geometr
 ically thick, dense accretion disk of hot plasma, mostly supported by radi
 ation pressure against gravity. This puffy disk forms a spiraling structur
 e as it falls inward and emit...\n\n\nJoseph A. Insley (Argonne National L
 aboratory (ANL)), Lizhong Zhang and Christopher White (CCA at Flatiron Ins
 titute), and Kyle Felker (Argonne National Laboratory (ANL))\n------------
 ---------\nElectromagnetic Bounces\n\nThe gprMax simulation models the pro
 pagation of electromagnetic fields from an aboveground source into the ear
 th and models the interactions with the materials the fields come into con
 tact with. The video shows the propagation of the electric field (blue) th
 rough the ground and its interactions with...\n\n\nSebastien Lemaire, Nath
 an Mannall, and James Richings (Edinburgh Parallel Computing Centre (EPCC)
 )\n\nTag: Art of HPC\n\nRecording: Not Livestreamed, Not Recorded\n\nRegis
 tration Category: Technical Program Reg Pass, Workshop Reg Pass, Tutorial 
 Reg Pass, Exhibits Reg Pass
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