FREE WILL — HUMANS MIGHT ACTUALLY HAVE WILL, VOLITION, AND SELF-AGENCY
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This is how I define free will: in my compatibilist view, free will isn’t absolute uncaused freedom
or “breaking physics". It’s the capacity of a brain to form intentions, evaluate options, select
actions, and initiate behavior through its own internally integrated, self-referential processes
rather than through immediate external override or coercion.
Will = forming an internal commitment or goal. Volition = selecting and initiating an action. Self-
agency = the functional + felt authorship that emerges when the brain’s predictions and outcomes
align in its feedback loops.
So the system is still fully physical and causally embedded, but the causation meaningfully flows
through the organism’s own decision-making architecture.
Why this isn’t just “+x where x = 0”: Higher-level organization can still be causally real even if
it’s fully grounded in lower-level physics. A hurricane is made of molecules, but “hurricane” still
identifies a real dynamical structure with predictive and causal usefulness. Same with brains.
If we only described reality at the lowest level (“just particles” or “just neurons firing”), we’d
lose explanatory power about planning, self-control, prediction, error correction, long-term goals,
and decision-making. Those higher-level processes constrain and guide future system behavior through
feedback, modeling, and internal state integration.
So I'm not saying that agency floats above physics. I'm saying that sufficiently organized physical
systems can become genuine control systems whose internally generated evaluations and selections
affect future outcomes in non-trivial ways.
Humans might actually have will, volition, and self-agency as real but fully physical emergent
processes that emerge from brain activity. These are conceptually distinguishable aspects of an
ongoing, distributed control process rather than separate stages: The brain integrates sensory info,
memories, emotions, and goals to form intentions (that’s will - the internal commitment to do
something without immediate outside force pushing it). Volition involves evaluating options, picking
one, and turning that intention into actual movement or speech through areas like the prefrontal
cortex and motor pathways (with selection/execution outcomes looping back to inform ongoing
computation/evaluation). Self-agency is the feeling and function of being the author of your
actions, happening when your brain’s predictions about what you’ll do match the outcomes, creating a
sense of control and a feedback loop for adjusting on the fly.
Even though everything here is caused by prior brain states, biology, memories, and limits on what
we know, agency still feels genuine because your actions come from internal computation and self-
referential processing rather than just straight stimulus-response. It’s like the system generates
directives through its own ongoing internal dynamics instead of being a puppet. This fits best with
"compatibilism: free will exists when you act according to your own internal decision-making, even
if that system has causes behind it". We don’t directly “see” our will but infer it from internal
cues and results. Decisions unfold only in the present moment, and predictive brain mechanisms help
assemble thoughts. The "guiding, self-directed part" isn’t an extra ingredient on top of physics -
it’s the integrative architecture itself acting as a real causal handle. On an interventionist
reading of higher-level causation, interventions at the level of intentions can track organizational
structure that is not well described by isolating individual neurons, because the higher-level
organization constrains and stabilizes which lower-level trajectories are realized. That’s the work
the emergent layer is doing - no mystery spark required. So, self-agency can work as an emergent
layer in thought formation - it arises from earlier causes but then operates as a causal factor at
its own level, influencing what comes next. Volition acts as a selection-and-initiation process
embedded right in the causal chain, volition being both an effect of what came before and a cause
shaping future outcomes. This keeps things mechanistic without needing absolute freedom, while
leaving room for the brain’s integrated, anticipatory nature to generate real influence from within.
Also compatible with quantum indeterminacy/randomness. My framework is compatible with quantum
indeterminacy at the micro level, but that doesn’t mean macro-level behavior becomes random. Higher-
level emergent systems routinely constrain and stabilize lower-level variability. Brains, like other
complex control systems, integrate noisy lower-level activity into coherent large-scale behavior
through feedback, prediction, error correction, and organizational structure.
So even if quantum mechanics allows microscopic differences across reruns, that does not imply
scientists would behave chaotically or lose coherent agency. The whole point of the emergent
architecture is that macro-level organization remains causally operative despite lower-level
stochasticity.
And I don’t think randomness by itself solves the free-will problem anyway. A different outcome
caused purely by quantum fluctuation would not automatically count as greater authorship or control.
Compatibilism, at least in my framework, is about whether actions genuinely flow through the
organism’s internally integrated evaluative architecture, not whether the universe contains
microscopic indeterminacy.
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FREE WILL, VOLITION, AND SELF-AGENCY AS EMERGENT CONTROL PROCESSES:
A COMPATIBILIST ACCOUNT
Jeffrey Robert Palin Jr.
June 6, 2026
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Abstract
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This paper presents a compatibilist account of free will grounded in emergent organization,
predictive processing, and higher-level causal structure. Free will is not treated as absolute
uncaused freedom or a violation of physical law. Instead, it is understood as the capacity of an
organism to form intentions, evaluate options, select actions, and initiate behavior through
internally integrated and self-referential processes. The framework rejects both libertarian appeals
to metaphysically uncaused agency and eliminativist claims that agency is purely illusory. Higher-
level organizational processes are argued to be causally meaningful despite being fully physically
instantiated. The paper also addresses objections from source incompatibilism and explains why
quantum indeterminacy alone does not generate authorship or control.
1. Compatibilist Free Will
~~~~~~~~~~~~~~~~~~~~~~~~~~
In the compatibilist framework developed here, free will is not defined as absolute independence
from causation or physics. Rather, free will refers to the capacity of a sufficiently organized
physical system to form intentions, evaluate possibilities, select among options, and initiate
actions through its own internally integrated processes.
Under this view:
• Will refers to the formation of internally generated commitments, goals, or directed intentions.
• Volition refers to the evaluative and action-initiating processes through which intentions become
behavior.
• Self-agency refers to the functional and experiential authorship that emerges when predictive and
behavioral processes align through feedback and self-modeling.
These are not separate metaphysical substances or distinct immaterial faculties. They are
conceptually distinguishable aspects of an ongoing distributed control architecture instantiated by
the brain.
The system remains fully physical and causally embedded. However, the causal chain meaningfully
flows through the organism's own evaluative and predictive architecture rather than bypassing it
through direct external override or coercion.
2. Emergence and Higher-Level Causation
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
A common objection to compatibilist accounts is that higher-level explanations are reducible to
lower-level physics and therefore causally empty. This objection assumes that if a process is
physically constituted, it cannot also be organizationally or functionally real. That inference does
not follow.
A hurricane is composed entirely of molecules, yet "hurricane" still refers to a real dynamical
structure with explanatory and predictive usefulness. Eliminating the higher-level description in
favor of particle trajectories would reduce explanatory power rather than increase it. The same
principle applies to brains and cognition.
If reality were described only at the level of particles or isolated neurons, important explanatory
structures would disappear: planning, error correction, long-term goal maintenance, self-control,
behavioral adaptation, and predictive evaluation. These organizational processes constrain and
stabilize lower-level activity through feedback, integration, and ongoing state coordination.
The claim here is not that agency floats above physics. The claim is that sufficiently organized
physical systems can become genuine control systems whose internally generated evaluations and
selections causally influence future outcomes in non-trivial ways.
On an interventionist understanding of causation (Woodward, 2003), higher-level states can function
as legitimate causal handles when interventions at that level reliably track and modify system
behavior. Intentions, beliefs, goals, and evaluative states satisfy this criterion. Manipulating
intentions changes actions in ways that are often more explanatorily robust than attempting to
describe behavior solely in terms of individual neuronal events. Higher-level causation is therefore
not "magic" added on top of physics. It is organizational causation instantiated through physical
structure.
3. Predictive Processing and Prospective Control
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Human cognition is not merely reactive. The brain continuously generates anticipatory models of
future states and uses those models to guide ongoing behavior (Clark, 2016; Friston, 2010). This
prospective dimension is important for understanding agency. A genuine control system does not
simply react after outcomes occur; it runs predictive simulations ahead of itself, compares expected
trajectories with actual outcomes, and updates behavior accordingly.
Thought and action formation therefore involve more than linear stimulus-response chains. The
organism engages in ongoing forward-modeling processes in which internally represented prospective
states can influence present cognitive assembly before the final thought or action is fully
articulated. These internally represented prospective states can be understood, in dynamical terms,
as organizational structures within neural state space that bias subsequent processing toward
certain outcomes through feedback and evaluative integration — without this implying any literal
teleological force.
This framework aligns naturally with predictive processing models in cognitive science and
neuroscience, according to which brains are fundamentally prediction-generating systems rather than
purely reactive mechanisms.
4. Self-Agency and Internal Authorship
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Self-agency emerges when the organism's predictive processes, evaluative systems, and behavioral
outputs align in ways that produce coherent control and self-modeling.
Even if all mental processes ultimately arise from prior causes, actions can still meaningfully
count as the organism's own when they emerge from the organism's integrated evaluative architecture
rather than from bypassing or coercive external manipulation. This distinction matters because a
puppet is not merely "something caused." Everything physical is caused. A puppet is a system whose
behavior is directly overridden without meaningful internal evaluation, self-modeling, or autonomous
control architecture.
Human cognition differs structurally from that model. The brain recursively models itself, predicts
outcomes, evaluates alternatives, detects errors, updates strategies, and modifies future
trajectories based on internally generated criteria. That recursive and prospective organization is
what grounds agency within a physicalist framework. As Frankfurt (1971) argues, what matters for
free action is not the absence of causation but the structural relationship between the agent's
motivational hierarchy and their behavior.