Title | Pathways |
Artist / Creator | Macy Chadwick |
Press Name | In Cahoots Press |
Place of Publication | Oakland, CA |
Publication Date | 2010 |
Process / Technique | Laser and letterpress printing |
Number of Images | 12 |
Structure / Binding | The codex structure is bound with machine stitching. |
Medium / Materials | Imagery is laser printed on translucent Kimodesk pages. Inside the layered pages, the text is letterpress printed from handset type on digitally cut UV Ultra paper and hand coloring is added with pochoir. |
Paper Stock | Translucent Kimodesk paper |
Number of Pages | 12 |
Dimensions (WxHxD) | Box 9 x 10.75 x .75 inches, page spread 8.5 x 20 inches |
Edition Size | Edition of 50 |
Box / Wrapper | Enclosed in a custom box with a glass lid and base. |
Signed & Numbered | Yes |
Pathways by Macy Chadwick —*BEST OF SHOW AWARD!
$875.00 -
Please contact 23 Sandy for current availability.
Within translucent pages, cut paper shapes create a neurological geography of veins and synapses, as the text speaks of emotional pathways. Turning the pages echoes the experience of focusing a microscope, layer by layer on a complex slide. On closer examination, once-familiar patterns of thought devolve into a dense, uncertain territory—an intimate relationship in flux.
Congratulations to Macy Chadwick, a BEST OF SHOW AWARD winner for Infinite Possibilities!
Artist Bio
Macy Chadwick is originally from Rhode Island, lived in Portland, Oregon, for seven years, and now resides in Oakland, California. She received an MFA in Book Arts and Printmaking from The University of the Arts in Philadelphia and assisted book artist Julie Chen at Flying Fish Press in Berkeley for three years. She currently creates books and prints in her letterpress studio in Oakland, and teaches classes at Academy of Art University in San Francisco, San Francisco Art Institute, and San Francisco Center for the Book. Her work is in prominent collections in the U.S. and abroad, including the Victoria and Albert Museum, Yale University Special Collections, and University of Washington, Seattle.