Grown Glass
These forms are generated in a digital physics simulation. By defining the amount of gravity, mass, time, wind, self-repulsion, and dimensions of growth (e.g. location and amount) - a form is grown! The defining characteristics of these forms is that they grow fastest at their edges, forcing the form to curl in 3D space as they seek equilibrium. Just like the forms, our own growth occurs at our edges. It is at our edges where we play, we make mistakes, we are thinking critically, tweaking, learning, and finding what resonates with us.
These forms are generated in a digital physics simulation. By defining the amount of gravity, mass, time, wind, self-repulsion, and dimensions of growth (e.g. location and amount) - a form is grown! The defining characteristics of these forms is that they grow fastest at their edges, forcing the form to curl in 3D space as they seek equilibrium. Just like the forms, our own growth occurs at our edges. It is at our edges where we play, we make mistakes, we are thinking critically, tweaking, learning, and finding what resonates with us.
These forms are generated in a digital physics simulation. By defining the amount of gravity, mass, time, wind, self-repulsion, and dimensions of growth (e.g. location and amount) - a form is grown! The defining characteristics of these forms is that they grow fastest at their edges, forcing the form to curl in 3D space as they seek equilibrium. Just like the forms, our own growth occurs at our edges. It is at our edges where we play, we make mistakes, we are thinking critically, tweaking, learning, and finding what resonates with us.