Phenomenological Control

Phenomenological control is a construct, not a master key

The term is useful because it names a real methodological problem. People can generate experiences in response to imaginative suggestion, expectation, and perceived task demands, and some of those experiences can feel involuntary. Lush and colleagues make that problem visible in mirror-sensory and rubber-hand contexts, while the Phenomenological Control Scale extends the construct beyond explicitly hypnotic framing (Lush et al., 2020; Lush et al., 2021; Lush et al., 2023).

Source monitoring adds a nearby but different problem. A person may generate an image, sensation, or felt presence and still need to judge where it came from. Dijkstra's reality-monitoring work belongs there. This is why vividness, expectation, absorption, and reality judgment need separate columns (Dijkstra et al., 2022; Dijkstra and Fleming, 2023).

The limit matters just as much. Slater and Ehrsson's reanalysis of rubber-hand data argues that synchronous multisensory stimulation remains the dominant driver even when hypnotisability and expectations are considered. That is the right model for the whole topic: phenomenological control can shape experience, but it does not erase stimulus structure, body-based evidence, or task-specific mechanisms (Slater and Ehrsson, 2022).

Imagery is measurable, divided, and historically old

The imagery line begins with a conservative claim. People differ in mental imagery, and that difference predates the modern labels aphantasia and hyperphantasia. Galton's nineteenth-century survey already recorded sharp variation and mutual disbelief between vivid and weak imagers. Contemporary work adds better handles: binocular-rivalry priming, pupillary response, cortical excitability, lesion cases, prevalence estimates, drawing and memory profiles, and now single-neuron evidence that imagery and perception can partially reuse object codes (Galton, 1880; Keogh and Pearson, 2018; Kay et al., 2022; Thorudottir et al., 2020; Wadia et al., 2026).

Those findings do not collapse the field into one vividness ladder. A person can have pictorial imagery without seeing it as if with the eyes. Another can report externally projected imagery, visual noise, hypnagogic effects, or presence without fitting cleanly into aphantasia or hyperphantasia. Location, vividness, modality, control, voluntariness, and context all need to be kept separate long enough to be measured (Wright et al., 2024; Schwarzkopf et al., 2026; Azanon et al., 2025).

Porosity is social as well as personal

The cultural evidence does not say that belief simply invents perception. It says that communities teach people how to attend to inner life, how to interpret bodily or imaginal events, and how porous the boundary between mind and world is allowed to feel. Luhrmann's work on prayer and spiritual presence shows that absorption and porosity can both matter, but they matter differently: one is closer to immersive attentional style, the other to culturally taught mind-world boundaries (Luhrmann et al., 2010; Luhrmann and Morgain, 2012; Luhrmann et al., 2021).

That makes control distributed. A report may be shaped by a person, teacher, ritual, interface, stimulus, room, dose, group, and story. Prayer and tulpamancy are useful comparison lanes here because both involve practice, attention, and discernment, but neither should be reduced to phenomenological control. A prepared frame can meet a real sensory perturbation, and the resulting experience can be sincere, trained, and constrained at the same time (Luhrmann et al., 2023; Mikles and Laycock, 2015).

Expectation is not a synonym for fakery

Expectation is often used too crudely. In one register it becomes a debunking weapon: the participant expected something, therefore the report is not real. In another register it becomes a magic explanation: set the frame correctly and anything can happen. The evidence supports neither move. It supports the narrower claim that expectation, suggestion, and task demand can help generate real reported experience, and that the route into the report is part of the phenomenon (Lush et al., 2023; Dienes and Lush, 2023).

Varga's 2025 hypnosis-imagery result is useful here because it points away from trait simplification. General imagery vividness outside hypnosis did not do the work in that abstract-level record; state imagery during hypnosis did. That pattern fits the broader pattern: context, instruction, attention, and engagement can matter as much as stable trait labels (Varga et al., 2025).

Engineered vision is the laboratory edge

Ganzfeld, ganzflicker, stroboscopic light, recursive imagery, DeepDream, and VR hallucination designs make the question experimentally concrete. They show that visual phenomenology can be perturbed under describable conditions. Timing, luminance, color, field structure, rhythmicity, imagery ability, safety screening, and expectation all matter. This is why the induced-vision line is valuable: the stimulus can be specified (Wackermann et al., 2008; Konigsmark et al., 2021; Hewitt et al., 2025; Amaya et al., 2025).

The limit is equally important. Flicker, ganzfeld, VR, and DeepDream-like systems do not prove spiritual perception, universal trainability, clinical efficacy, or psychedelic equivalence. They are tools for asking sharper questions about how sensory input, expectation, attention, imagery, and meaning meet. Suzuki's newer C x G x D proposal strengthens that rule by separating feature exposure, generative constraint, and discriminator thresholds. The related Deep Dream page follows this same rule: partial visual overlap is not the same as a full altered-state model (Suzuki et al., 2017; Suzuki, 2026).

Psychedelics and VR need their own evidence lane

Psychedelic response is partly shaped by dose, person, and setting, but that does not turn psychedelics into hypnosis or phenomenological control. The same caution applies to psychedelic-inspired VR. Open-label feasibility work and group VR studies show that immersive systems can alter selected experiences and measures, but they should not be described as therapeutic efficacy by analogy alone (Studerus et al., 2012; Kaup et al., 2023; Glowacki et al., 2022). Sensory dimensions of psychedelic experience deserve attention, but the sensory lane is only one part of the altered-state picture (Aqil and Roseman, 2023).

Meaning-making remains the open historical question

The evidence can already say that imagery, absorption, expectation, perceptual perturbation, hypnosis, and psychedelic response are shaped by both person and context. It can also say, with historical caution, that magic, religion, and practical knowledge do not form a simple ladder where one replaces the other. They can coexist, interlace, and address different kinds of uncertainty (Malinowski, 1948; Tambiah, 1990).

What remains open is the stronger role question: whether societies repeatedly selected or cultivated people whose experience more readily moved toward presence, vision, bodily response, or conviction. That question belongs in the comparison, but it should stay marked as a hypothesis until the historical record is stronger. Late-modern media-mysticism sources help with a narrower history of cybernetics, psychedelia, occulture, and digital spirituality, not with an uninterrupted ancient lineage (Davis, 2019; Hartogsohn, 2023; Dos Santos, 2023).