Control and Release
       
     
 Burst and Follow  Experimental algorithm-generated pattern using the concepts derived from mathematical model of cellular automata. Each vessel is a unique variation based on the rules applied to the growth of the pattern.
       
     
IMG_2735.jpg
       
     
Contol_Release_gallery_1.JPG
       
     
 Mothering and Still / Here Series  3D printed porcelain and mold-blown glass. For each pair, the mold is taken from the same form, inflated by breath and stretched further.
       
     
Tihanyi_Contr_Relea_install_web_15.jpg
       
     
 Mothering and Still / Here Series  3D printed porcelain and mold-blown glass. For each pair, the mold is taken from the same form, inflated by breath and stretched further.
       
     
Tihanyi_Contr_Relea_install_web_13.jpg
       
     
Tihanyi_Contr_Relea_install_web_16.jpg
       
     
Tihanyi_Contr_Relea_install_web_10.jpg
       
     
Contol_Release_gallery_34.JPG
       
     
 Still / Here  Mold-blown glass
       
     
Contol_Release_gallery_18.JPG
       
     
Contol_Release_gallery_22.JPG
       
     
Control and Release
       
     
Control and Release

Installation at the Linda Hodges Gallery with 3D Printed Porcelain, Blown Glass, concrete, acrylic and vinyl. 2018

Control and Release received support from a CityArtist grant by the Office of Arts and Culture, Seattle and from an Individual Artist grant from 4Culture/King County Lodging Tax.

Still / Here and Mothering series was made during artist residency at the Museum of Glass, Tacoma.

Burst and Follow series is part of an ongoing research collaboration of with Professor Sara Billey of UW Math. This collaboration is supported by a Bergstrom Art-Science Award.

 Burst and Follow  Experimental algorithm-generated pattern using the concepts derived from mathematical model of cellular automata. Each vessel is a unique variation based on the rules applied to the growth of the pattern.
       
     

Burst and Follow

Experimental algorithm-generated pattern using the concepts derived from mathematical model of cellular automata. Each vessel is a unique variation based on the rules applied to the growth of the pattern.

IMG_2735.jpg
       
     
Contol_Release_gallery_1.JPG
       
     
 Mothering and Still / Here Series  3D printed porcelain and mold-blown glass. For each pair, the mold is taken from the same form, inflated by breath and stretched further.
       
     

Mothering and Still / Here Series

3D printed porcelain and mold-blown glass. For each pair, the mold is taken from the same form, inflated by breath and stretched further.

Tihanyi_Contr_Relea_install_web_15.jpg
       
     
 Mothering and Still / Here Series  3D printed porcelain and mold-blown glass. For each pair, the mold is taken from the same form, inflated by breath and stretched further.
       
     

Mothering and Still / Here Series

3D printed porcelain and mold-blown glass. For each pair, the mold is taken from the same form, inflated by breath and stretched further.

Tihanyi_Contr_Relea_install_web_13.jpg
       
     
Tihanyi_Contr_Relea_install_web_16.jpg
       
     
Tihanyi_Contr_Relea_install_web_10.jpg
       
     
Contol_Release_gallery_34.JPG
       
     
 Still / Here  Mold-blown glass
       
     

Still / Here

Mold-blown glass

Contol_Release_gallery_18.JPG
       
     
Contol_Release_gallery_22.JPG