Collisions-S08
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Art/Science Collisions: Communicating with Data

ClassWork

Contents:

Assignments

Salons

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Assignment 1

Amy K

Thomas C de.licio.us links

Seanita

Sinan

Joora Song

^^Benedetta Piantella Simeonidis^^

Ohad

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Assignment 2

Gretchen G - my topic is exoplanets, and here are my two examples of popularization: seed magazine crib sheet and spacegeek utube video

^^Benedetta Piantella Simeonidis^^

my topic is tsunami data, and here are my four examples of popularization:
The top 3 TV popularizations: WB Poseidon Movie and HBO Mini Series and The Day after tomorrow;
In visual Art: Painting by Hokusai.

more available...

Keith Conway

My topic is Protein Folding, below are some popularized visualization examples:

Thomas Chan and Seanita Tolliver
Our topic is genetic expression, code and behavior, as related to DNA chromatin folding. Two popularizations we've found are from David Goodsell, a biologist and painter of genomic material, http://mgl.scripps.edu/people/goodsell/illustration/index.html, and 23andMe.com https://www.23andme.com/, a personal genome service.

Micaela Pesantes
My Topic: Earthquakes
Popularization examples:

Amy Khoshbin & Michael Clemow
Our topic is sonification of EEG data. How do you create an instrument via thoughts and brainwave activity? Popularization examples:

Joora Song

My topic is Sea Level Rise by Melting of the Ice and its popularizations are:

Liza Singer

Brain/Neural Mapping

>>*Active/Inactive >>*Math >>*Reading

>>*Book of Life

Sinan Ascioglu

I don't have a specific topic as dataset but I have examples of work that I would like to have within the website openvisuals.org

Some popularity examples are:

Dean Gransar

My topic tags:

from yahoo research lab : flickr tag visualization (notice ITP Wintershow tags appear in winter)

share information by sliders

Ohad Folman

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Assignment 3

Micaela Pesantes
Topic: "visualizing" earthquakes through physical 3D devices

Joora Song

This is an interactive map where sea level stations are indicated by dots on the world map. When you click on each circle, it shows the real time data of sea level for that particular station.
World map with sea level rise data using colors. Data indication graphic and world map are very distinguishable through usage of colors.
It shows the vulnerability of Arctic coast with documentary photographs that show unstable coastal environments inset projected from danger area.
HighWaterLine was a public artwork on the New York city waterfront that created an immediate visual and local understanding of the affects of climate change. The artist marked the 10-feet above sea level line by drawing a blue chalk line and installing illuminated beacons in parks. The line marks the extent of increased flooding brought on by stronger and more frequent storms as a result of climate change.
This is an interactive game for kids to make them learn about global warming.

Thomas Chan and Seanita Tolliver

Pravin Sathe

amy khoshbin & michael clemow

Benedetta Piantella Simeonidis

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Assignment 4

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Salon 1:Science

Feed of concept maps we made during the salon (click on feed to get whole image collection)see the Flickr group set "Salon 1"!! Feel free to tag and edit if you like.

Flickr account log in is:

itpartsci@yahoo.com
!interactive
RSS

Notes and comments on the day from the blog!!

Presentation Descriptions and Resources:

Gretchen G

My completely fictitious topic is the science of discovering exoplanets

Sinan Ascioglu OpenVisuals - Thesis. OpenVisuals is a website for Open Source Visualization Framework. Within this framework, the mission is to map different datasets to different visualizations, suggesting that a visualization can be a representation of many data, and a data can be represented in different ways. For this website, I am trying not to focus on any specific dataset, but generic datasets that could be uploaded to the website. I am creating a programming API, which would support and make easy access to such generic datasets. I collected couple of datasets that I would work on on my blog post.

Pravin Sathe Pravin - Thesis. With ever increasing globalization due primarily to the decreasing cost of travel (CITATION), the collision of disparate languages has created linguistic events that are both beautiful and challenging. For many who live in countries other than their birth, and whose native tongue is no longer their primary speaking language, these collisions occur on a day to day basis. A Postcard to My Two Mothers aims to address these linguistic collisions by creating a series of sculptures that take into account ideas of language duality in multilingual/multinational persons, the impermanence of life, the mutability and potential degradation of language and culture.

Thomas Chan and Seanita Tolliver

Our visualization will be about chromatin structure modeling. Chromatin is a combination of DNA and proteins which make up our chromosomes. Much work is still being done exploring the role of chromatin in gene expression, and their folding structure is a key to that understanding. We are consulting with Tamar Schlick and Sean McGuffee of the NYU Computational Biology Lab.
Here are the slides for Salon 1.

Amy Khoshbin and Michael Clemow

We would like (but do not know how) to generate a dataset consisting of Electroencephalogram data of the ourselves reading aloud in unison. We'd like to establish a connection between us verbally through the language of the text and monitor our brainwave activity. This activity would be visualized in contrast to a baseline reading of us sitting at rest and one of us reading silently to ourselves. Questions/problems we have are as follows. 1) How/where can this be done (for free)? 2) Who can we talk to about this? 3) Are there facilities on NYU campus that could provide this service?
For your consideration:

Liza Singer

I plan to develop a fully interactive visualization of the brain and its different mechanics using data to further define and simulate neural mapping. I am currently working on gathering more data sets that include the particular reactions and regions involved with certain functions and how they react to certain stimuli. Planning to make it appealing to a youth market, being both fun and informative. (more to be added...)

^^Benedetta Piantella Simeonidis^^

My dataset comes from the DART buoy system realized by PMEL and its visualizations and modeling researches. My future visualization experiments will include chromatic maps and also audible soundscapes and possibly even the 3D renderings of oceanic patterns. My presentation on dataset here: http://itp.nyu.edu/~bp432/blug/archives/art_science/

Keith Conway

My dataset will manifest somewhere in the research dealing with Protein Folding. Initially I was interested in super computing and working on big theoretical simulations, protein folding allows me to explore this avenue while integrating other areas of inquiry as well. Also, I am very interested in different methods of visualization ie folding@home, and what the actual potential is to create your own medicine from computational biology.

Micaela Pesantes

Topic: Earthquakes – and how to diminish its effects in the future.

Visualize what happened during the August 15th, 2007 earthquake in the Pisco, regarding: - Magnitude - Geological conditions - Housing conditions – specifically those related to Poverty. - Other Socio – Economic indicators that contributed to the amount of destruction, and how they can be significantly reduced in the future, if we are able to plan ahead. Area of Science:

  • Geology
  • (Marginally: social science).
  • Interest: merging these with appropriate communication tools to make a positive impact on the well being of the audience / target population who live in the area.

Shakemaps by the USGS

BBC – How earthquakes happen

IGN – National Geographic Institute (of Peru) Maps: show PDF.

AMNH – American museum of Natural History Here there is an animation, plus physical models of PANGEA and how the world looked millions of years ago.

Comment: neither of these generate any story / emotional response / genuine understanding of what it is like to go through an earthquake. Thus, no lessons can be learned that will have any practical application for the future, which should be the whole point of studying natural disasters. They will happen again in that particular area, so it is better to be prepared for said event. And I think that more things can be done about / around earthquakes than around storms. Particularly because these last ones are being intensified with global warming and so on.

Joora Song I'm doing Sea Level changes based on data mostly found online. These are sites from where dataset and visual data samples can be found:

EPA-Environmental Protection Agency

National Oceanic and Atmospheric Administration (NOAA) - Joint Archive for Sea Level

National Oceanic and Atmospheric Administration (NOAA) - WOCE

Sea-level rise and coastal stability in the Arctic

University of Hawaii

Dean Gransar

PlatoHelper is a website for keeping track of specific things. It works by tagging, blogging those tags and visualization. Karl Hartig has some of the best charts, diagrams,information graphics at http://www.karlhartig.com/chart/chart.html I have been looking at visual complexity as well.

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Salon 2:Settings and Forms

Gretchen G

my example presentation is produced for a science museum setting and its form is information graphics in high definition video, with a linear narrative

Joora Song

My answers to Setting and Forms Salon are posted here

Micaela Pesantes

Benedetta Piantella Simeonidis

Seanita Tolliver and Thomas Chan

Pravin Sathe

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Salon 3:Publics

Thomas Chan and Seanita Tolliver

Joora Song

Amy Khoshbin and Mike Clemow

Imagine you have eyes in your armpits...
We interviewed a number of cognition experts at the NYU psych dept. and are planning to design a set of cognition/perception experiments based on the notion that, with the help of our new Perception Expansion Suit (currently untitled), anyone can now perceive aspects of their surroundings (e.g. changes in light) in and on parts of their body other than those normally used in sensing (e.g. armpits vs. eyeballs).
If this kind of augmentation is available for your perceptual apparatus, then we feel it is appropriate to extend the study of the visual system to encompass these new fields of expanded perception, bestowed on us by our augmentation devices. Using the same techniques used to study the default human visual system, we will conduct experiments on the expanded visual system.
Possible applications of this research include the design of interfaces for users with expanded perceptual apparatuses (such as those users who are wearing the Perception Expansion Suit). We want to reach out to designers (among others) to make them aware of the new developments in human perception augmentation and let them know how this may or may not affect their work.

Micaela Pesantes

Benedetta Piantella Simeonidis

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Salon: Final Project

April 24

Joora

Michaela

Seanita and Thomas

Benedetta

May 1

Keith

Ohad

Dean

Amy and Mike

Pravin

Liza

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  Page last modified on April 23, 2008, at 10:46 PM