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Intersection of Art and Science II an Educational Exhibition at the Lawson Computer Science Building Purdue University // January 8, 2018 — December 20, 2019

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Intersection of Art and Science II an Educational Exhibition at the Lawson Computer Science Building Purdue University // January 8, 2018 — December 20, 2019 Intersection of Art and Science II An educational exhibition at the Lawson Computer Science Building Purdue University // January 8, 2018 — December 20, 2019 Manuel Baez // Sarah Berube // Robert Bosch and Sage Jenson // Jean-Marc Castera // Marc and Marion Chamberland // Laura De Decker // Bathsheba Grossman // Colin Liotta // Vincent J. Matsko // Kerry Mitchell // Janna Schimka, Rolf Schmuck, and Markus Schwehm // INTERSECTION OF ART AND SCIENCE II Exhibition January 8, 2018 through December 20, 2019 Lawson Computer Science Building 3rd Floor Exhibition Space Purdue University West Lafayette, IN USA This educational exhibition examines a wide range of expressive approaches that emerge in the intersection of art, science, and technology. It is a joint collaboration between the Department of Computer Science and the Patti and Rusty Rueff School of Visual and Performing Arts at Purdue University. The exhibition was curated by Dr. Petronio Bendito and Dr. Tim Korb. Department of Computer Science cs.purdue.edu Patti and Rusty Rueff School of Visual and Performing Arts cla.purdue.edu/academic/vpa/ad Purdue University Department of Computer Science 305 N. University Street West Lafayette, IN 47907-2107 Phone: (765) 494-6010 Fax: (765) 494-0739 Intersection of Art and Science II Exhibition January 8, 2018 through December 20, 2019 Lawson Computer Science Building 3rd Floor Exhibition Area Purdue University West Lafayette, IN USA Intersection of Art and Science Exhibition II Catalog Curated by Petronio Bendito and Tim Korb Published by the Department of Computer Sciences Purdue University, West Lafayette, Indiana 47907 USA http://www.cs.purdue.edu Printed and bound in the USA by Purdue Print and Digital Services, delivered by Xerox Cataloguing Information: Art and Science Exhibition Petronio Bendito and Tim Korb (Curators, Introduction) Artists: Manuel Baez; Sarah Berube; Robert Bosch and Sage Jenson; Jean-Marc Castera; Marc and Marion Chamberland; Laura De Decker; Bathsheba Grossman; Colin Liotta; Vincent J. Matsko; Kerry Mitchell; Janna Schimka, Rolf Schmuck, and Markus Schwehm. ISBN 978-0-692-11256-4 Exhibition, Art, Computer Science, Math, Mathart, Technology, Science, Technology and Civilization, Aesthetic, Geometry, 21st Century, New Media, Painting, Photography, Digital Printmaking In addition to the current exhibition documented in this catalog, works currently on display in Lawson include the “Echo Spiral” (John Misler) stainless-steel sculpture in the Kurz Lobby, “A Parade of Algorithmic Mathematical Art” (Greg Frederickson) featuring geometric dissections, “The Quartet Collection” (Clifford Peterson) of original art that has been altered and multiplied using digital tools, and “Experience Color” (Petronio Bendito) that uses computational processes to explore digital color aesthetic. Creative Processses Involving Science, Computing and Aesthetics Petronio Bendito and Tim Korb We are pleased to showcase a new set of artworks in role that computational processes play in contemporary this 2nd edition of the Intersection of Art and Science color design methods, while “Dancing birds for Reza” Exhibition! This international invitational exhibition (Jean-Marc Castera) shows that random numbers can features fifteen artists and art collaborators that apply produce surprisingly stable results. scientific processes to the creation of visual expressions. It is the latest in a series of exhibitions that examine Students studying computer graphics use 3D printing the melding of art and science in the creation of visual to help visualize complex computer models and expressions, a goal stretching back to 2005 during the mathematical shapes—“Double Schwarz D” (Bathsheba planning of the Lawson Computer Science Building. It Grossman) and “Entangled Snowflakes” (Sarah Berube) contributes to the creation of a teaching, learning, and are printed 3D models of a minimal surface (like a soap working environment that inspires and engages students, bubble) and an icosahedron of snowflakes (like a soccer faculty, and visitors. By fostering computational visual ball), respectively. Translating continuous equations literacy, it is our hope that the works in the exhibit will into discrete steps is central to much of numerical promote collaborations and interdisciplinary thinking and computing—“Exploding Outwards” (Colin Liotta) shows educate our students to engage with the increasingly that the discrete nature of a physical model with repeating growing role that computational and visual processes play pieces can lead to a continuous view. in the creation of real and virtual experiences. Quantum computing involves collaboration among Participating artist Jean-Marc Castera points out that a computer scientists, physicists, and engineers in the practice based on art and science eliminates a feeling development of arguably the next frontier in computing— of ”any discontinuity between a left and right part of [his] “Interference Pattern of Quantum Random Walk” (Laura brain.” Several of the works in this exhibition have a De Decker) illustrates one of the complex and non- direct connection to computer science education, and intuitive concepts in the quantum universe. Modeling even art history. For example, in beginning computer life itself is another leap in computing—“Turing-McCabe science classes, students learn about the importance Pattern” (Janna Schimka, Rolf Schmuck, and Markus of binary concepts—“Kandinsky in Binary” (Marc and Schwehm) explores real-time use of these patterns to Marion Chamberland) and “Sierpinski” (Vincent J. understand movement, music, and visuals. Matsko) illustrate binary numbers and binary trees, respectively. Visually, they show the possibilities in Some real-world objects with complex shapes and combining geometric shapes and color to suggest rhythm, physical properties are extraordinarily difficult to model organization, and, in the case of Sierpinski, texture. A with computer algorithms—the wooden shapes in “The common solution to the knight’s tour chess problem is Light Keeper” (Manuel Baez) illustrate this challenge to often used to illustrate recursive programming, a tricky computer model makers. subject with which beginning students often struggle— “The Knight Tours the Castle” (Robert Bosch and Sage As showcased in this exhibit, math and computing Jenson) is an elegant depiction of one solution to this processes are powerful creative tools. We hope this puzzle. It exemplifies the role that constraints play in exhibition contributes to building a great understanding building a cohesive visual expression. More advanced of how art and science are not mutually exclusive. computer science students learn about fractals and the The works exhibited characterize new possibilities of properties of random numbers—“Newton in Wackyland” human experiences and expressions—from purely (Kerry Mitchell) is an innovative, artistic application of aesthetic enjoyment to the development of deep and Newton’s methods to fractals. It also shows the increasing sophisticated concepts. 3 The Light Keeper (2014-2016) emergence topology by Manuel Báez complexity bio-design Snap to grid version 25” x 25” self-organization morphology Originally Ceremonial Space, 21 foot diameter Birch Plywood, Wiremesh, Stainless Steel Fittings My work as an architect and artist draws inspiration ends overlap, a central pivoting joint allows the ends to rotate, from the forms, structures, and integrative systems deforming the frame and re-aligning the end corners. This generated by elemental processes that exist throughout allows for extension strips to be added and woven together the natural environment and how related developments through their de-formability. The circular frame, pivoting in science and mathematics can provide insights into joint, and woven extension sequences generated the overall their inner workings. Modern analytical tools and such emergent design patterns. Similarly, the interactions between related theories as Complexity and Emergence are the round wires of the mesh and the hinging origami folds revealing a richly diverse morphological realm with are the source of the membrane’s emergent de-formability. implications towards architecture, engineering, design, Thus, dynamic circularity is inherently embodied throughout art, and other disciplines. This deeper understanding the design reflecting its form generating capabilities through a of complex phenomena reveals how these fertile material and dynamic configuration. processes inherently engage elemental relationships that dynamically evolve into rhythmically-entrained patterns within highly integrative systems. The analysis of this generative potential and its interrelated cellular units and Manuel Báez // Carleton University, Azrieli School of self-organizing patterns can yield more comprehensive Architecture and Urbanism, Canada. Báez has been at understanding of emergent complex morphology. Carleton University since 2001. Previously, he taught at The Cooper Union for the Advancement of Science and The Light Keeper is made from two basic materials: 1/8” Art in New York City and Rhode Island School of Design thick birch plywood, cut along the grain into 5’ long and in Providence, RI. The eminent scholar Martin Kemp has 4” wide malleable strips and woven wiremesh fabric. The featured Báez’s research in Structural Intuitions: Seeing de-formability of the plywood strips is explored through Shapes in Art and Science, 2016. Recently, Báez won the the inherent morphological shapes that can be
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