Summary: The background artwork at the café in the new UO Science Library features sketches from UO faculty and student notebooks. If you’re here, go check it out! [Update: Note Eric Johnson’s comment on the sunshades! Update: Lara Nesselroad, below, notes that there is an informational placard next to the artwork!]
The Science Library here at the University of Oregon has just emerged from a renovation that turned a cramped underground facility into a more expansive space that extends into a gorgeous above-ground “social commons.” (For an overview, see this news item.) I was on the user-group committee that met with architects and campus facilities people throughout the design process. The committee was very time consuming, involving for example, hours-long interviews with architectural firms, but it was one of the most fascinating and enjoyable committees I’ve been on. I was consistently impressed by the architects, the campus planners, and my fellow committee members.
An interesting event in this process, near the end, involved the décor of the café that’s housed in the commons space, specifically the background artwork on the walls. The graphic designers suggested a wall of equations, which I thought would be awful because (i) it’s not warm or inviting; (ii) it feeds into misperceptions that equations are magical entities in themselves rather than distillations of underlying concepts. (Certainly everyone who has taught a physics class has experienced students who want to know what particular formula answers a particular question, rather than trying to understand what concepts allow one to construct the relevant equation.); (iii) it’s unlikely to represent the variety of scientific fields; (iv) it’s cliché and generic; and, most importantly, (v) there’s nothing local about it — nothing that is unique to the University of Oregon
Illustrations > Equations
So, I suggested an alternative: nearly all scientists make sketches, whether of biological specimens, optical components, or countless other things. Let’s get examples from UO faculty and graduate student notebooks, and make the café background art from this! It gives a better sense of how science actually works, especially in multiple fields; it’s more “human;” and it’s more local, and distinctively Oregonian. I volunteered to organize this, and the idea took flight. I got a great response from emailing faculty in all the science departments, who sent in drawings of neurons, crystal structures, Feynman diagrams, design notes for a sudoku-solving computer program, and more. Here’s a marine invertebrate embryo, from Svetlana Maslakova (Oregon. Inst. for Marine Biology)
A large subset of these was chosen by the designers for the final wall panels, including two of mine. Here’s one, a cartoon of proteins binding to a membrane and sculpting it into a sphere:
Here’s what the final Science Café wall looks like:
and another photo:
The first photo is from this morning, soon after the building opened for the day. The second is from a week or two ago, and shows some remnants of construction. (There’s also another section, behind the cashier’s spot.)
Treasure Hunt!
Sadly, there’s no sign anywhere in the Science Commons of what all these drawings are, or that they’re from UO faculty and students. There is a placard next to the drawings identifying the UO faculty and students who contributed! (I didn’t notice this despite several visits to the display — thanks to Lara Nesselroad for emailing and commenting about this!) I drew an arrow pointing to it (just on the photo, not on the actual wall):
The placard is heartening, but it would be great for visitors to have an annotated map. Or even better, a touch screen that calls up more information about each item. (There are great panels that do this at the campus Art Museum, for example.)
Given this lack, this post is all you’ve got! Below (after the update), I’ve pasted the list of contributors and brief descriptions of their work. (I’m not certain that it is completely correct in its correspondence to what was picked for the wall.) You can print out the list, take it to the café, and have a neat treasure hunt matching drawings to text!
Update Oct. 21, 2016: See Eric Johnson’s comment about more science-derived art on the library exterior. A photo of it is at the end of this post.
Name | Department or Institute | Description |
Diana Avila | Human Physiology | Blood flow, heart, cranial nerves |
Dietrich Belitz | Physics | Phase diagram |
Spencer Chang | Physics | Effective Field Theories, Black Holes |
Leslie Coonrod | Chemistry | Crystallography |
Kathleen Freeman | Computer science | Lambda calculus |
Samantha Hopkins | Geological Sciences | Field sketch |
Matthew Jemielita | Physics | Zebrafish gut perturbation |
Ngan Luu | Human Physiology | Bones and joints |
Lauren Maloney | Chemistry | Chemical reaction |
Svetlana Maslakova | Marine Biology | Marine invertebrate embryos |
Kat Milligan-Myhre | Biology | Gut microbes, immune & epithelial cells |
Chris Minson | Human Physiology | Nervous system sketch |
Jens Noeckel | Physics | Paths in Quantum Propagation |
Boyana Norris | Computer science | Lambda calculus |
Raghuveer Parthasarathy | Physics | 1. Vesicle budding 2. ellipse localization |
Brad Rose | Chemistry | Chemical structures |
Bitty Roy | Biology | 1. Beetle (Xanthogaleruca luteola) 2. leaves |
Davison Soper | Physics | Feynman diagrams, SU(3) color |
Ben Strickland | Physics | Refraction of light through a sphere |
Emily Goers Sweeney | Biology | Cloning diagram |
Tristan Ursell | Physics | Polymers and proteins; the central dogma |
Roo Vandegrift | Biology | Fungi (Xylaria apiculata etc.) |
George von Dassow | Marine Biology | Invertebrate embryos and larvae |
Travis Wiles | Biology | Bacterial colonization of host surfaces |
Hannah Wilson | Biology | Achillea millefolium and other plants |
Michal Young | Computer science | Sudoku program design notes |
Thanks for the annotation. Definitely the people I meet there have said the wall is cool, but I wished I could have pointed out a few details with more authority. And if you turn around, the sunscreen represents marker densities in the zebrafish genome from a Postlethwait paper.
Thanks for reminding me of the sunscreen! I’ve added a brief note about it to the post. This was in part your doing, right? Maybe you could write a longer comment about it? That way at least the ten people who read this can be enlightened…
It was based on this paper from John Postlethwait Centromere-Linkage Analysis and Consolidation of the Zebrafish Genetic Map
S. L. Johnson, M. A. Gates, M. Johnson, W. S. Talbot, S. Horne, K. Baik, S. Rude, J. R. Wong, and J. H. Postlethwait
Figure 2 shows all the markers they developed. I converted that into 3 densities (highest for the centromere, second for clusters of markers, third for low density of markers) and they turned that into a sunscreen with each vertical panel being a linkage group. My only complaint is that they have an outline around each section (probably for structural reasons) and I would have liked it to be less distinct.
FYI, there IS a small sign which says this is stuff faculty and staff contributed. It’s just not affixed to the yellow wall itself. You can just make it out in the first photo, on the white wall behind/above the tall table and chairs. Producing some kind of legend is of interest to me, though, for folks who might like to know what is where.
I like the update “there is an informational placard next to the artwork!” as that is perhaps the first sentence in history to contain the phrase ‘informational placard’ that ends in an exclamation point.