Visual interface translating stereoscopic speech into multilingual text

Text ABC

Translation device converting babbling into binary code

Text 123

Babbling stage of language prior to establishing a complete system

Newborn Language : Babbling

Stereoscopic utterance generated by AI trained on 40+ languages

Newborn Language : Speech

Experimental hardware for characters floating in three-dimensional space

Display for Newborn Language 1, 2, 3

Crude mechanical apparatus reciting the manifesto of New Language

The Speaker of Newborn Language

The 'Newborn Language' project proposes and explores a new form of language—'stereoscopic language'—that aligns with the rapidly changing technological environment and the consequently expanded concept of space. 
Historically, human language has been bound by physical limitations, persisting in forms constrained to 'writing' recorded on a 2D plane or 'speech' originating from a single fixed point. However, as the dimensionality of media expands into 3D through the widespread adoption of Virtual Reality (VR), Augmented Reality (AR), and spatial audio technologies, the language used within these realms has reached a juncture where it must inevitably acquire stereoscopic properties. Language that secures physical depth and spatiality enables the expression of subtle emotions and complex layers of meaning that flattened text or monotonous voice cannot convey; this signifies a revolutionary expansion of language's essential functions—recording and transmitting information—going beyond a mere shift in communication tools. Centered on the three axes of 'Speech,' 'Writing,' and 'Conversation,' this project establishes a new articulation system that imbues meaning into the trajectory of sound using AI trained on multilingual data and spatial audio, and researches hardware capable of physically realizing characters floating in 3D space, thereby experimenting with the tangible possibilities of a future language where technology and culture converge.

NEWBORN LANGUAGE