At the quantum level, the rules of physics break down and certainties dissolve: particles appear able to exist in two places at once, behave differently whether observed or ignored, and influence one another across incredible distances. France Jobin and Markus Heckmann’s immersive work draws on cutting-edge quantum theory, setting prismatic visualisations of impossible realities – micro and macro – to a gradually intensifying drone that captures the towering cosmic awe occasioned when the most minute processes in nature challenge us to rethink everything we think we know.
Quantum entanglement is one of the bizarre phenomena found when considering the quantum realm. When two or more particles link up through interaction in a certain way, no matter how far apart they are in space, their states remain linked, sharing a common, unified quantum state. Observations of one of the particles can automatically provide information about the other entangled particles, regardless of the distance between them, and any action to one of these particles will invariably impact the others in the entangled system.
I think of these albums as subsystems or particles, no matter when, how or distance while listening, the observer, in this case the listener, will invariably impact the listening experience of one or the two albums.
In order to listen to both albums together, line up the track 01 Unified quantum state from ROOM40 and track 01 Instantaneous knowledge from Erototox Decodings in your DAW, and adjust volume accordingly. You can do the same with tracks 02 from each album. If you do not have a DAW, download audacity, it’s free.
Quantum mechanics unfolds an intricate realm of limitless possibilities and probabilities, eluding easy definition. It paints a picture of the universe vastly different from our perceptible reality. What captivates me is the lens through which I perceive sound, akin to the principles of quantum physics—I don’t merely hear the audible, but rather, I extract elements to construct novel auditory experiences
My profound interest in science, particularly quantum mechanics, originates around 2008-2009 during a resurgence of enthusiasm for string theory, (10-33cm released on ROOM40) hinting at the prospect of a comprehensive theory of everything. The notion of existing within 11 dimensions, as opposed to our familiar four, held a mesmerizing allure.
Lacking a background in quantum mechanics intensified the challenge of my exploration, yet I stayed attuned to emerging theories, albeit at a surface level due to time constraints. The advent of the pandemic granted me the opportunity to immerse myself in the intricacies of quantum mechanics, with a particular focus on the bizarre phenomenon of quantum entanglement, which stands as one of the most enigmatic aspects of modern physics, alongside gravity.
Embarking on this intellectual journey presented a steep learning curve, leaving me in a state of bewilderment for the initial six months. Yet, amid the confusion, I gleaned a profound insight: the intrinsic nature of probabilities within quantum mechanics means that feeling adrift and perplexed isn’t a hindrance but rather an advantage. It becomes a preparation for the myriad possibilities and uncertainties that define this captivating and eccentric realm.
Moving forward to 2021 brings me to the four sources of inspiration for the Entanglement project: the fluidity of time, the principle of entanglement, the Copenhagen interpretation and many worlds interpretation. Three iterations have been created so far with visual artist Markus Heckmann: Entanglement AV, Entanglement XR, Entanglement Dome and finally, a fourth one, a series of four albums entitled “ Entangled quantum states”.
Finally, I leave you with this quote : ““Bohm believed the reason subatomic particles are able to remain in contact with one another regardless of the distance separating them is not because they are sending some sort of mysterious signal back and forth, but because their separateness is an illusion.”
Quantum mechanics unfolds an intricate realm of limitless possibilities and probabilities, eluding easy definition. It paints a picture of the universe vastly different from our perceptible reality. What captivates me is the lens through which I perceive sound, akin to the principles of quantum physics—I don’t merely hear the audible, but rather, I extract elements to construct novel auditory experiences.
My profound interest in science, particularly quantum mechanics, originates around 2008-2009 during a resurgence of enthusiasm for string theory, (10-33cm released on ROOM40) hinting at the prospect of a comprehensive theory of everything. The notion of existing within 11 dimensions, as opposed to our familiar four, held a mesmerizing allure.
Lacking a background in quantum mechanics intensified the challenge of my exploration, yet I stayed attuned to emerging theories, albeit at a surface level due to time constraints. The advent of the pandemic granted me the opportunity to immerse myself in the intricacies of quantum mechanics, with a particular focus on the bizarre phenomenon of quantum entanglement, which stands as one of the most enigmatic aspects of modern physics, alongside gravity.
Embarking on this intellectual journey presented a steep learning curve, leaving me in a state of bewilderment for the initial six months. Yet, amid the confusion, I gleaned a profound insight: the intrinsic nature of probabilities within quantum mechanics means that feeling adrift and perplexed isn’t a hindrance but rather an advantage. It becomes a preparation for the myriad possibilities and uncertainties that define this captivating and eccentric realm.
Moving forward to 2021 brings me to the four sources of inspiration for the Entanglement project: the fluidity of time, the principle of entanglement, the Copenhagen interpretation and many worlds interpretation. Three iterations have been created so far with visual artist Markus Heckmann: Entanglement AV, Entanglement XR, Entanglement Dome and finally, a fourth one, a series of four albums entitled “ Entangled quantum states”.
Finally, I leave you with this quote : ““Bohm believed the reason subatomic particles are able to remain in contact with one another regardless of the distance separating them is not because they are sending some sort of mysterious signal back and forth, but because their separateness is an illusion.”
credits
releases May 10, 2024
France Jobin – Field recordings, sound processing, composition
All sounds recorded at various locations in Europe, Japan and South America, at MESS (Melbourne Electronic Sound Studio) and at EMS (Elektronmusikstudion, Stockholm). Cover image: Markus Heckmann
Special thx to Lawrence English, Chandra Shukla, Markus Heckmann, Sebastián Duque Mesa – MSc in physics, Richard Hodgskin-Brown – PhD student, my mentor during my studies of Quantum Physics.
