The yellow-colored layer was used to simulate a kind of Brownian motion bass register, in which many possibilities can be heard simultaneously. Going far beyond the 1950’s and 60’s deterministic avant-garde experiments by Xenakis, this is a true music of possibilities and probabilities, especially in the sense that it plays with the probability an attentive listener will hear or not hear certain phenomena.
One of the phenomena one can possibly hear is a very fast tempo driving the music in an almost free-jazz forward motion, not arising from bass progressions nor percussive sounds, but from the structured chaos of the interacting registers, which are polyphonically tied together. All in all the music of Barium yields an extremely intense listening experience. Despite the space it also offers, the listener can be overwhelmed by the stream of sound. As to the space one hears enveloping the sound: in the production of this work no added reverb at all was used, space was created with polyphonic and micro-canonic means.

The challenge with innovative contemporary music made for listening per se such as this album, lies in a challenge to connect in a free way, and go through the steps of open perception and appreciation individually, without recipe, without a priori dos and don’ts, without expectations but with memories, with a sense of exploration as in starting a new novel or unknown movie without spoilers:
1. Observe – hear everything, don’t be distracted, be aware of what happens in the various registers of time, tone, timbre, space, and volume (the range of each is much larger than with instrumental music): try to imprint what you hear into memory, ask yourself what is it objectively that I heard?
2. Evaluate – can you perceive every form distinctly enough, some things may be harder to hear, or are sounds that affect you emotionally or even physically: observe and evaluate the effect of it.
3. Interpret – observe your mind creating associations of its own: they are yours and not in the music itself yet are created by the music in you personally.

In 2365 an obscure recording and score were found in a cave in the Sierra Nevada. The composition was titled “100+ Recorders and 4 Organs (2022)”, it does not appear in any surviving catalogue of the digital era. Purportedly performed and recorded in the Granada cathedral nearby, two portative organs were added to the two positive organs already present. One can only speculate if that many recorder players participated, or that perhaps the audience were handed out flutes to participate? The work does give the impression of some kind of ritual.

Helium is the first compound element, and the first of the group called the noble gases. This name was chosen because this group (column in the periodic table) is chemically unreactive under conditions that favor human life. Since Helium was among the first-born atoms, it is very abundant in the universe. Though rare on earth, Helium’s universal abundance is second only to that of Hydrogen.
One can imagine that at the reality of a larger than primal atom, the road is open for more complex atoms, and so it was: in the heavier stars, thermonuclear fission processes produced heavier elements still. In fact, there is not a single heavier atom that was not created at some point in time in some star. All matter is stardust. All heavier atoms are the product of nuclear fission in stars.
We ourselves are the children of stars become aware.

Silicon is the second most abundant element in the Earth’s crust, after Oxygen, the latter being also abundant in the atmosphere. In the periodic table Si is placed just below C and the two elements share many characteristics. Still, Carbon is the basic element for life, and no Silicon-based life has been discovered yet, although Science Fiction novels speculate on this possibility. Still, our simulation of life, A.I. technology (Artificial Intelligence), is largely Silicon-based because microprocessors depend on Silicon and other semiconductor elements, such as Germanium and Gallium, all of these lower neighbors in the periodic table. Their semi-conducting micro-circuitry is etched into them. Silicon makes present-day digital technology possible: our computers, phones, games consoles, our so-called smart household machines, the lot of them contain many elements, but essential is Silicon, and not just as semi-conductor, without which all this technology would not be possible.

The music of Oganesson is a one-part large and slowly evolving sound architecture, monolithic as it were, yet developing. Within this continuous composition, 5 parts each consisting of 5 layers can be discerned, each with a different balance and each with its own composition, but all created of similar, related elements, in similitude to the 5 atoms of the element Oganesson that have been created under laboratory conditions at its discovery, earlier this 21st century.