STM~二元性，2014 - 2018

«STM~»是Luis Sanz和Niculin Barandun的合作研究项目，产生了一系列关于量子物理学的作品。

《STM~二次元》的灵感来源于波粒对偶性。通过相互关联的数据系统，数字声音制作和粒子模拟被用来创造独特的联觉体验。

不可分割的元素塑造了时空的雕塑，并产生了感官体验。这是一段不确定的旅程，有着自己的自然规律和原则，在观众的眼前展开。

本次调研是通过设计的方法进行研究，共分为五个部分:

探索波的基本性质和不同的合成方法


正弦波——波的最纯粹形式。噪声和随机全频谱。

生成波处理：数学概念，随机性和数据。

波的可视化：联觉统计;对波的感知和理解是一种感官体验。

数据网络：粒子和波-体和声音-通过网络数据一致和相互作用。

人机交互：视听环境的独立存在可以受到观察者的干扰，导致对自身先天的探索。

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STM~二元版本

视听音乐会

2ch全高清投影| 2.1ch声音

持续时间:30”

STM~ Duality, 2014 - 2018

«STM~» is a collaborative research project by Luis Sanz and Niculin Barandun resulting in a series of works about quantum physics.

«STM~ Duality» is inspired by wave–particle duality. Digital sound production and particle simulation through interconnected data-systems are used to create a unique synesthetic experience.

Indivisible elements that shape a sculpture of space-time and result in a sensory experience. An indeterminate journey with its own natural laws and principles unfolding before the eyes of the spectator.

The investigation, which follows a research through design approach, is divided into five parts:

Exploration of the basic qualities of waves and different methods of synthesis


Sine waves - the purest form of waves. Noise and random full frequency spectrum.

Generative wave processing


Mathematical concepts, randomness and data.

Visualisation of waves 


Synesthetic statistics; the perception and understanding of waves as a sensory experience.

Data Network


Particles and waves - bodies and sound - in unison and in interaction through networked data.

Human Interaction

The independent existence of the audiovisual environment can be disturbed by the observer, resulting in an exploration of his own a priori.

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STM~ Duality versions

Audiovisual concert

2ch FullHD projection | 2.1ch sound

Duration: 30“