I’ve been looking closely at published nonfiction and narrative examples by Lauren Redniss and Art Spiegelman, and my […]
I intend to take my illustrated sketches and stitch them together with a digital tablet. There are certain […]
I made this guy: Took about 45 minutes to assemble. The kit is in Japanese, so that was […]
Faint Reads & References: Hara Estroff Marano (2005). Why We Dream (Psychology Today) Dr. Mark Solms wiki Dr. Mark Solms, […]
Instagram has been a font of inspiration- not for my Deerfield project- but for getting to work during […]
How do these important characters look, dress? I am working on a variety of portraits of the family […]
Sew Electric Reads & References: Leah Buechley, Construction Kit for Electronic Textiles University of Colorado, Boulder, Craft Technology Group […]
Wiki Tekla S. Perry, A Temporary Tattoo That Senses Through Your Skin. The Biostamp can replace today’s clunky […]
I read this bit about linguistics was so fascinating and made clear so much at once: baby talk, why we baby talk to babies, learning language, and losing language:
“Wave form of ‘those three oranges.’ This shows the amplitude of the acoustic signal, as it varies in time (left to right). The time dimension is marked arbitrarily in tenths of a second.”
In speaking English, we don’t take a breath to utter those words- the sounds blur together like a song. How is a baby supposed to learn this language. As adults, it’s easy for us to parse these sounds into the concept of each word, but a baby just hears a connected song. The baby talk that annoys so many then becomes a fabulous tool because the stretching out of all the syllables allows the baby brain to start to take a long stretch of sound and find the individual words within, that make up, the song.
Reads & References:
- P.H. Matthews, A Very Short Introduction: Linguistics
Sculptor, inMoove founder, and robot wizard, Gaël Langevin has constructed an open source, replicable humanoid robot inMoov (project video). Adafruit has been my #1 gal helping me with my whimpy electronics projects, so look for more info from them here.
- George Webster, Print your own life-size robot for under $1,000 (CNN)
- inMoove, Nervo board shop