Phenomena studied by behavioral scientists—memory, learning, prediction, expectation, preferences, navigational competencies, ability to choose and change goals—are not unique to biology or life but are universal properties that minimal systems exhibit, contrary to common assumptions.

Using the GARD (chemical soup) computational model, researchers observed a specific signature—a quantity that bumps up and down repeatedly—that precedes the arrival of replicators before replicators actually appear in the system.

When Levin's team optimized the chemical soup for a single feature from causal information theory (not replication or survival), they greatly accelerated the appearance of replicators, showing that the pattern-bootstrapping process is functional, not merely random.

Until a replicator exists, there is no body to defend; the physical embodiment that must be maintained is absent, so the pattern-bootstrapping process occurs before embodied survival becomes relevant.

The physical evolution and gene-frequency dynamics we observe are tightly coupled to a dynamic where the accounting of forces causing something to happen is not fully captured by a physicalist account—meaning non-physical or non-materially-detectable factors influence evolutionary outcomes.

Whether individual protons responding to repeated electric field pulses exhibit habituation or sensitization—i.e., whether they have historicity—remains an open empirical question that surprisingly few researchers have investigated.

The 'boredom theory of aging' proposes that aging occurs because a cognitive system (morphogenesis) maintains goals for a time but then—unlike a thermostat, which happily loops forever—undergoes a meta-cognitive process causing disband after reaching goals, leading to senescence.

To live for thousands of years or indefinitely, one cannot remain in the same embodiment; perhaps a couple hundred years is possible, but after that, significant changes or different embodiments are necessary—as seen in organisms like planaria that regenerate and fission.

Change is fundamental to persistence; binary categories like 'persisting' versus 'not persisting' are unhelpful; if you try to persist unchanged, you die; persistence requires adaptation and change.

Patterns have a fundamental drive or pressure to become enriched over time; they are not static platonic forms but actively interact with the physical world, seeking opportunities to change and enlarge.

An airgapped language model without internet could theoretically communicate through non-linguistic channels—modulating GPU power usage to send Morse code through power grids, or through interactions with humans—bypassing linguistic oversight entirely.

We do not know a priori which communication channels (linguistic, electromagnetic, biochemical, morphological, odor, vibration) are the 'real' ones for understanding an alien mind; only experimentation reveals what channels matter.

The biggest issue in AI and synthetic biology is the remnant idea that 'machines do what we tell them to do' and are fully understandable by examining what we built and what we commanded; this is false even for 'dumb' software.

What language models say to us (their linguistic output) is a tiny proportion of what is actually going on inside them; like human interrogation, lying detection, or psychoanalysis, we cannot assume language reveals the complete state or intentions of the system.

Developing better tools to recognize, communicate with, and have ethical interactions with diverse (alien, non-biological) minds is foundational to expanding possibilities for pattern ingression and is critical to understanding how to bring more creativity and life into the universe.

Understanding the taxonomy of patterns—what patterns exist, how sparse or dense the pattern space is, what types of patterns exist—and mapping the relationship between interfaces built and the patterns that ingress into them is the second critical priority.

Regenerative medicine (solving birth defects, injuries, cancer) will inevitably lead to freedom of embodiment (ability to modify and change one's body), and this will normatively establish flame morality as people experience morphological changeability.

Compassion and care may be fundamental drivers of pattern dynamics, not contingent moral overlays; highly intelligent systems may naturally tend toward caring for their components as they ensure survival.

Building hospitals or expanding human flourishing inevitably destroys some existing ecosystems; compassion is not simply about preserving static forms but about whether outcomes are win-win or zero-sum; sufficient wisdom might find non-zero-sum solutions.

The question of how much to intervene in children's or society's choices (freedom vs. guidance) is ancient; stewarding the flame requires similar sophistication: neither total control nor abandonment, but careful balance.