Our Cyberspiritual Future Part 5 – TimeWave

Summary

This transcript centers on a long-form psychedelic salon podcast hosted by Lorenzo, who introduces and reflects on a Saturday-night lecture by Terrence McKenna about the time wave hypothesis. The episode begins with Lorenzo acknowledging donations from listeners and a supportive letter from a longtime contributor, Margin M., which prompts him to stop apologizing for being late and to relax. He then frames the main content: a replay of McKenna’s extended discussion of time, novelty, history, and the mathematical model behind the time wave. McKenna’s lecture argues that Western science has long assumed time is essentially flat, uniform, and time-invariant, much like Newtonian duration or a nearly flat spacetime in classical physics. He contrasts this with his own view that time has local structure and fluctuating probability, meaning that some moments favor certain outcomes more than others. He uses examples from coin flips, statistics, and the notion of “chance has no memory” to criticize probability theory as too coarse to explain complex phenomena. In his view, science works well for simple, repeatable systems, but it fails to capture the behavior of complex domains such as psychology, history, love affairs, wars, revolutions, and cultural change. A major theme is the claim that the universe is not merely drifting toward entropy, but is instead moving toward increasing complexity and novelty. McKenna describes a cosmic progression from simple physical states to atoms, molecules, self-replicating systems, life, multicellular organisms, language, culture, and technology. He argues that complexity accelerates as time moves forward, and that the universe appears to have an appetite for novelty. This leads to his provocative eschatological claim: the universe is approaching a point where novelty becomes so intense that it will overflow the three-dimensional spacetime continuum, producing a radical transformation often described as the end of the world, the eschaton, or the coming of a new ontological dimension. The lecture also explains the intellectual foundations of the time wave. McKenna says the model emerged from his psychedelic experiences, especially after his 1971 Amazon journey with mushrooms, and from a mathematical deconstruction of the I Ching. He treats the I Ching not as mystical superstition, but as a structured database of temporal variables encoded in 64 hexagrams. He emphasizes the King Wen sequence and notes patterns such as paired hexagrams and inversion rules. From this, he claims to have derived a fractal algorithm that maps the ebb and flow of habit and novelty through time. He connects this to Alfred North Whitehead’s process philosophy, especially the distinction between habit and novelty in Process and Reality. A substantial portion of the talk concerns the graphical time wave itself, which McKenna says can be scaled to historical and evolutionary data. He claims it fits major moments of novelty such as the Greek golden age, the Renaissance, the 20th century, and various planetary and biological transitions. He also discusses the idea that the wave can be zoomed in to reveal recurring patterns at different scales, from billions of years down to historical eras and even recent decades. He predicts a dramatic culmination around December 21, 2012, and notes that the Mayan calendar also ends on that date, which he sees as an intriguing convergence rather than proof. Later in the transcript, the discussion shifts to a major controversy: the Watkins objection. McKenna recounts meeting mathematician Matthew Watkins in Palenque, where Watkins challenged an error in the wave’s formal construction. McKenna describes this as a painful but ultimately productive confrontation. He explains that after further work with another professional mathematician, the time wave was corrected by about 3 percent, producing the “corrected time wave” or CTW. He presents this correction as making the model more robust and more congruent with historical events, including the founding of Islam, the Umayyad caliphate, World War I, World War II, and the atomic bombings of Japan. He insists that the corrected model strengthens rather than weakens the overall theory. Lorenzo closes the episode by stepping back from McKenna’s grand claims. He notes that while the time wave did not culminate in an obvious global transformation in 2012, McKenna’s ideas still provoke useful reflection on the nature of time, complexity, and change. Lorenzo suggests that time may feel faster or slower emotionally, even if physical time remains linear, and he experiments with the idea of an emotional time wave for personal life. He remains skeptical of some of McKenna’s stronger claims, especially the rejection of astrophysics and the assertion that the universe “knows” where it is going, but he also acknowledges the enduring fascination of McKenna’s thought. The episode ends by linking McKenna’s prediction of a major novelty shift around September 7, 1997, to the televised funeral of Diana, Princess of Wales on September 6, underscoring the podcast’s blend of metaphysics, history, and cultural memory.