ON UNCERTAINTY: A GRAPHIC VIEW ON ITS FORMS
In classical physics, knowing position and momentum simultaneously is possible; in the quantum realm, nature sets a limit. It is not a failure of knowledge, but a choice: precision in one demands loss in the other. This is Heisenberg’s Uncertainty Principle: the more precisely a particle’s position is known, the less precisely its momentum can be. Formulated in abstract math, though rigorous, it limits access. Building on it, this research proposes concrete equations to address this displacement, making the abstract concrete and equating uncertainty itself.
① MASTER’S THESIS
MA VISUAL COMMUNICATION 2026
ZURICH UNIVERSITY OF ARTS
ON CONCRETE EQUATIONS
EXHIBITION
237 A5 PAGES
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470 A5 PAGES
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739 A3 PAGES
TYPEFACE UNIVERS
+ EDITORIAL DESIGN
+ RESEARCH
+ PHOTOS
+ MENTOR(S)
ZURICH, SWITZERLAND.
SILVANA APONTE
CHANGQIAO WANG DR. PHIL. BJÖRN FRANKE
PROF. DR. SARAH OWENS