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Human Allergy interactive installation by Hugo Martinez-Tormo featuring a sneezing machine by pneumatic air system and sensors at Ars Electronica
Human Allergy interactive installation by Hugo Martinez-Tormo where an pneumatic electromechanical machine system sneezes at the Ars Electronica audience.
Technical detail of the pneumatic actuators and valves controlling the physical airflow in Human Allergy at Ars Electronica

Human Allergy
2013
Pneumatic Interactive Art Installation
  

EN

Technology/Components: Compressed pneumatic air system, flow actuators and solenoids, PIR proximity motion tracking sensors, microcontroller and dedicated control electronics, anodized aluminum structure.

"Human Allergy" is an interactive, pneumatic electromechanical installation that explores the traditional relationship between humans and machines to present a cybernetic dystopia: the machine becoming allergic to humankind itself, its creator. Through a system of proximity motion sensors and compressed pneumatic air actuators, the piece reacts physically to the visitor’s presence by executing a violent mechanical "sneeze", an artificial act of biological repulsion designed to expel the viewer from its immediate space.

Conceptually, the project analyzes social phobia and contemporary isolation, surging 21st-century pathologies exemplified by Japan's hikikomori phenomenon, by mapping these disorders onto the realm of cybernetics. Hacked to process human presence, the machine develops an immune response against its own creator. This electromechanical intolerance contrasts poetically with the installation's nanorealistic layer, where a series of 100 handkerchiefs reveal the color spectrum of the atoms that conform our bodies at the nanoscale by their percentage. The artwork reminds us that, even as the machine repels us and individuals tilt toward digital isolation, we are all composed of the same universal atomic material. Human Allergy ceases to be a passive device and becomes a reactive technological organism that questions the boundaries of our coexistence with artificial systems.

ES

​Tecnología/Componentes: Sistema neumático de aire comprimido, actuadores y electroválvulas de flujo, sensores de detección de movimiento por proximidad PIR, microcontrolador y electrónica de control dedicada, estructura de aluminio anodizado.

"Human Allergy" es una instalación interactiva neumática y electromecánica que explora la relación tradicional entre Seres Humanos y máquinas para plantear una distopía cibernética: la máquina volviéndose alérgica al propio ser humano, su creador. A través de un sistema de sensores de movimiento por proximidad y actuadores neumáticos de aire comprimido, la pieza reacciona físicamente ante la presencia del visitante ejecutando un violento "estornudo" mecánico, un acto de repulsión biológica artificial que expulsa al espectador de su radio de acción.

Conceptualmente, el proyecto analiza la fobia social y el aislamiento contemporáneo, fenómenos en auge como el de los hikikomoris en Japón, trasladando esta patología del siglo XXI al terreno de la inteligencia y la cibernética. La máquina, programada para procesar la presencia humana, desarrolla una respuesta inmunitaria contra su entorno. Esta intolerancia electromecánica contrasta poéticamente con el plano nanorrealista de la obra, donde una serie 100 pañuelos revelan el espectro cromático de los átomos que componen nuestro cuerpo a escala nanométrica. La instalación nos recuerda que, aunque la máquina nos repela y el individuo tienda al aislamiento digital, todos estamos hechos de la misma materia atómica universal. Human Allergy deja de ser un mero software pasivo para convertirse en un organismo tecnológico reactivo que cuestiona los límites de nuestra coexistencia con las máquinas.

Human Allergy interactive installation by Hugo Martinez-Tormo featuring a sneezing machine by pneumatic air system and sensors at Ars Electronica
Technical detail of the pneumatic actuators and valves controlling the physical airflow in Human Allergy at Ars Electronica
Audience triggering proximity motion sensors to activate the interactive conceptual pneumatic installation at Ars Electronica
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