BODY
ITINERARIES

Discovering the capabilities of the dynamic robots in 2017, Anderson responded by experimenting on “robotic” movements around squares surfaces.

Anderson research is never aesthetic. Here each pattern corresponds to a pause or a change of direction allowing her body to recover.

BODY
ITINERARIES

Discovering the capabilities of the dynamic robots in 2017, Anderson responded by experimenting on “robotic” movements around squares surfaces.

Anderson research is never aesthetic. Here each pattern corresponds to a pause or a change of direction allowing her body to recover.

"Body Itineraries", experimenting on robotic movements, 2017
"Body Itineraries", experimenting on robotic movements, 2017
"Body Itineraries”, sculptural installation, varying dimensions, 2018
"Body Itineraries”, sculptural installation, varying dimensions, 2018
"Body Itineraries”, sculptural installation, varying dimensions, 2018
"Body Itineraries 27" eco-friendly copper-coloured wire, 170 × 170 cm, 2019
"Body Itineraries 29" eco-friendly copper-coloured wire, 170 × 170 cm, 2019
"Body Itineraries 33" eco-friendly copper-coloured wire, 170 × 170 cm, 2019
"Body Itineraries 33" eco-friendly copper-coloured wire, 170 × 170 cm, 2019
"Body Itineraries 31" eco-friendly copper-coloured wire, 170 × 170 cm, 2021
"Body Itineraries 31" eco-friendly copper-coloured wire, 170 × 170 cm, 2021
"Body Itineraries”, sculptural installation, varying dimensions, 2021
"Body Itineraries”, sculptural installation, varying dimensions, 2021
"Body Itineraries”, sculptural installation, varying dimensions, 2019
"Body Itineraries”, sculptural installation, varying dimensions, 2019
« BODY ITINERARIES » installation (detail), 2019
"Body Itineraries" installation (detail), 2019
"Body Itineraries 20" eco-friendly copper-coloured wire, 150 × 150 cm, 2018
"Body Itineraries 20" eco-friendly copper-coloured wire, 150 × 150 cm, 2018
"North South East West”, eco-friendly copper-coloured wire, 125 × 150 cm, 2017
"North South East West”, eco-friendly copper-coloured wire, 125 × 150 cm, 2017

Atlas humanoid robot. MIT has created artificial muscles that will enable a robot to lift 1,000 times its own weight, The National, 2017