Сергей Кравченко – The Spark of Time. How Meaning Transmutes Worlds (страница 5)
Here I take a step from physics toward psychology, but not toward unscientific mystification: Carl Gustav Jung introduces the concept of archetypes – fundamental universal structures of meaning, «primordial images,» that manifest in myths, dreams, and rituals. For Jung, time is not simply linear: archetypes operate «outside of time» and simultaneously influence past, present, and future, creating repeating motifs and cycles in the lives of individuals and collectives.
The Jungian perspective gives us another «arrow»: not the arrow of entropy, but the arrow of meaning. Where physics speaks of direction in terms of order changing, psychology shows that human history is full of «returns» – recurrent symbols, recurring dramas, not reducible to the law of probability. These repetitions are manifestations of the collective unconscious, and in therapy they often appear as «repeated plots» that must be recognized and worked through.
In my work with patients, archetypal time manifests vividly: symbolic repetitions, uncontrolled returns of old plots, «as-if» sensations when the past resurfaces and animates the present. This does not contradict physics – it is a different level of describing reality, and both levels are important.
Bringing Together the Facets: Entropy, Information, and Meaning
If we try to connect the Newtonian—thermodynamic picture with the Jungian one, we discover an intriguing possibility. Entropy is a measure of uncertainty; meaning is a local reduction of uncertainty, an act of ordering information. When collective archetypes activate, they condense meaning, create stable forms of behavior and perception. In conditions where meaning is locally strong, subjective time takes on a different density: memory becomes richer, anticipation becomes significant. It is precisely at this «border» – where statistics meet semantics – that I later place the concept of the conversion point and the working hypothesis of the TCC (Temporal Crystallization Condensate).
The Practical and Ethical Meaning of the «Arrow»
Understanding the arrow of time is important not only for physicists and philosophers – it shapes practice: therapeutic approaches, organizational decisions, risk management. If time at the macro level tends toward greater uncertainty (entropy), then individuals and communities need ways to locally sustain order – externally (structure, rules) and internally (symbols, rituals, mask therapy). In my experience, restoring personal boundaries and integrating lived altered states of consciousness proceeds through work with symbols and meaning – thus a person acquires tools for navigating a world where the arrow of time remains real, but its effects can be softened and guided.
Conclusion and Transition
The classical picture of the «arrow of time» gives us a foundation – thermodynamic and statistical – for understanding irreversibility. The Jungian perspective expands this picture by introducing the dimension of meaning and archetypes, which create cycles and repetitions in human life. Together they suggest:
In the next chapter, we will turn to the revolution of the 20th century: to Einstein and the idea of space-time, where the «locality» and «relativity» of time take concrete mathematical form. For our theme, this is an important step: it shows how physics pushes the boundaries of the possible, while we – practitioners and philosophers – can take up the tools and listen to the new questions posed by the very fabric of reality.
Chapter 5. Einstein, Relativity, and Space-Time
– Albert Einstein
The beginning of the 20th century changed my understanding of what «time» is – as radically as fire changes the face of metal. Albert Einstein showed that time can no longer be regarded as a single, universal background. Together with space, it forms a unified four-dimensional fabric – space-time – and the properties of this fabric depend on motion and mass. This is not a poetic metaphor but mathematics with real consequences: clocks standing side by side can measure different «times.»
I value two of Einstein’s aphoristic formulations. The first – often quoted in its classical translation:
«Time is what clocks measure.»
A simple phrase, but to my mind, extremely important: it reminds us that «time» in the physical sense is defined by the behavior of concrete systems (clocks). The second, more reflective thought – about the nature of space and time as forms of our thinking – forces us to recall that many notions we once believed absolute may turn out to be conditional in another context. Finally, his famous remark on past, present, and future – «for us physicists who believe, the distinction between past, present and future is only a stubborn illusion» – provokes the philosophical questions we will not avoid here.
What Does «Relativity» Mean in Practice
In Einstein’s special theory of relativity, the central idea is: the laws of nature are the same in all inertial systems, and the speed of light is constant. From this follows the destruction of absolute simultaneity: two events that are simultaneous for one observer may be non-simultaneous for another moving relative to the first. The impression of «one time for all» disappears: time becomes local, «proper» for each worldline.
In the general theory of relativity, space-time becomes dynamic: mass and energy curve the fabric, and this curvature affects the paths along which objects and light travel, and therefore the flow of local clocks. In practice this is no abstraction: experiments with precise atomic clocks confirmed the slowing of time both at high speeds and near massive bodies; the global GPS system works only because engineers account for corrections from both special and general relativity.
Another clear image is that of «proper time»: the «time» recorded by a specific clock (or observer) along its path in space-time. In the language of physics, each worldline has its own metric – and it may differ from that of another, even if they started out side by side.
Paradoxes and Intuitive Shocks
Particularly famous is the thought experiment – the «twin paradox» – in which one twin travels away at high speed and returns «younger» than the other. The resolution lies in the asymmetry of events (acceleration, change of inertial system) and in the fact that the proper model requires accounting not only for speed but also for the geometry of the trajectory in space-time. I often return to this example in conversations: it vividly demonstrates how different our intuitive, «human» moment of time is from physical proper time.
What Does This Mean for Our Understanding of Time as a Phenomenon?
For me as a researcher of consciousness and practitioner of altered states of consciousness (ASC), several important conclusions follow.
– Locality and multiplicity of «times.» Relativity introduces the idea that «time» is not a single property of the universe but a multitude of local parameters, depending on trajectories and conditions. This resonates with my distinction between measurable and unmeasurable time: physics shows that even the «measurable» is not singular.
– The right to a valid «order.» The notion of a single, unambiguous order of events dissolves – and this frees us methodologically: experiences in which the order of «past—present—future» shifts no longer automatically appear paradoxical. They fit into the broader framework of local temporal scales.
– The meeting point of science and phenomenology. If in physics «proper time» is the invariant metric along a trajectory, then for a subject there is a personal sense of time, also «invariant» for them. Here a dialogue is possible: biological rhythms, neurophysiological markers, and psychic states – all can be viewed as the subject’s «local clocks.» The TCC hypothesis, in which semantic and neurophysiological coherence create a local «crystallization» of time, can be read here as a proposal that under certain conditions consciousness may synchronize its «clocks» with informationally meaningful patterns of reality, thereby increasing correlation with event probabilities.
– Rethinking causality. Relativity does not abolish causality but complicates its form: the «dependence of times» forces us to take more care with concepts of one-way causality and event order. This resonates with the phenomena of synchronicity and foreknowledge – where the connection between meaning and event may not be linear.
Ethical and Practical Consequences
For psychotherapy practice and work with ASC, this has several consequences. First, the understanding of time’s locality strengthens my insistence on precise recording: temporal markers, context, the subject’s state – all are important, because the subject’s «clocks» and the «clocks» of external verification may run differently. Second, relativity suggests caution when interpreting «visions» and images: coincidence in content does not always mean coincidence on the same temporal scale. Finally, the theoretical recognition of multiple times provides an ethical basis for respecting subjective experiences; they cease to be «errors of perception» and become objects of study.