Wave Alchemy

Life is full of moments that come with obvious or subtle expressions of energy. It is common for us as human beings to attach different emotions to such expressions. And yet when we want to capture it and interact with it, we are often constrained to flat, 2D encapsulations of video, audio, or photographic recordings. Moreover, the way we would look back at a memory in this digital age is now often through a screen with hundreds of files digitally stored away, further removing the experience of the event’s emotion. What if we had a way to experience this emotional energy again, and dynamically interact with it in infinitely complex ways? Here we present a concept and prototype that explores a novel physical-visual language of dynamic, emotionally expressive waveforms, designed to transform the way we perceive different forms of energy as we go about our daily lives. With the power of computations hidden within the physical materials used in the interface, we create an interactive form made of Radical Atoms that can take one form of energy and transmute it into a waveform as its output, or Wave Alchemy.

Team

Dan Sawada – Ideation, physical prototyping, programming, interaction design, video production and editing
Anirudh Sharma – Ideation, video production and editing, programming, partial implementation of a concept that was abandoned
Sujoy Kumar Chowdhury – Ideation, physical prototyping, programming, research, video production
Christine Hsieh – Ideation, research, presentation, physical prototyping, video production, interaction design for a concept that was abandoned
Andrea Miller – Ideation, research, presentation, physical prototyping, video production

Final Paper

CHI-extended-abstract_wave FINAL

Final Presentation

Wave Alchemy presentation slides

 

 

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About Jacqueline Kory

Jacqueline Kory – website N/A
MIT Media Lab, Personal Robots Group / MS1

Experience
Art: Although I haven't taken any formal art classes in years (exception: sculpture, three years ago), I sketch, draw, paint, and generally dabble in my free time. I've been told I'm good with colors. I've studied cognitive science, psychology, and philosophy. Programming: Best with C#. Decent with C++, Java, Lisp, Octave. Familiar with C, Haskell, Prolog. OSX/Windows/Linux; currently learning how to use Android phones as a platform. Familiar with AI, neural networks, OpenCV, behavior-based robotics, among others. Played with Arduinos before. Not an expert at electronic or mechanical tinkering, but I'm currently trying to learn. K'nex was my favorite toy as a kid.

Why
I want to take this class because it'll be fun. I'm excited about learning how to think about creating shared spaces and shared experiences, specifically in relation to learning-centric technologies. In the Personal Robots Group, we're developing social robots as learning companions and tutors. I think the visions of this class would be very beneficial to my research -- social robotics faces a lot of the same design challenges as any system in which people are interacting with digital information. How can this (human-robot) interaction be more natural? How can this (robotic) interface be more aesthetically pleasing and engaging? Even in our group, we have some robots in which the interaction is essentially point-and-click on a tablet. What new approaches are possible? I'm excited to learn about design principles in tangible interfaces/radical atoms, and to see how they can apply across to seamless interactions between humans as well as humans and robots. I look forward to bringing my ideas about interaction (human-human, human-robot, group interactions, etc), and a familiarity with studies of social cognition, perception, communication, and a whole lot of other cognitive science-related topics, to the class.

Art
Architecture
Craft/Fabrication
Design
DIY Electronics
Electrical Eng.
Mech. Eng.
Programming/CS

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