one.eps

 

States of
Consciousness

 

The Nature of a State

Consciousness flows, ever-changing, from one moment to the next. However minutely or broadly, each nanosecond of experience differs from the preceding one. When we talk about a “state of consciousness,” we make a generalization about a collection of such moments, that some aspects of consciousness remain constant, or at least similar, for a period of time. Even so, sensory experience continues its kaleidoscopic change. When we meditate, we ease into a session, first getting comfortable in our posture, then getting into the flow of meditation, then easing back out, aware of comfort or discomfort in our bodies, and turning our attention back outward. Rather than a singular state called “meditation,” we may find a continually shifting experience—a process rather than a thing. A hypnotic trance induction has a beginning, middle, and end. A psychedelic experience rises and falls as chemical levels in the bloodstream peak and diminish. Sleep is characterized by several stages through the night.

Knowledge of how we get into and out of different states of consciousness can be incredibly useful in the practice of magick. Some rituals require that the magician be in a particular state prior to beginning. Some rituals—particularly rituals of invocation—are all about inducing powerful altered states. It can be very important for a magician to be able to know when he or she is in a state, when the state is reaching its peak, and when it might be fading. In general, we usually are not aware of the process by which we change and enter states. Think about the last time you were happy—you may remember the content of the experience, the stimuli that pushed you in that direction, but, unless you’ve played with these kinds of calibration techniques before, the actual feeling of the state coming on and building likely occurred on an unconscious level. That is, you might remember the wonderful present that someone gave you and how happy that made you, but perhaps not the actual process of exactly how it changed you. Similarly, in magical practices we may work hard to remember the words and symbols of a ritual while the process of the experience slips past our awareness. It’s okay. It’s a normal experience. Now, let’s find out how we can bring state changes into conscious awareness.

The nature of a state may best be understood by paying attention to the differences between one state and the next, and the differences from one moment to the next. To notice a difference, we first have to calibrate, to notice where and what we are now. The simplest method is to ask, “What am I experiencing now?”

Exercise 1.1 Physiological Calibration

To begin, find out how your body is functioning right now. Run through each of the physiology questions and answer them to the best of your ability.

Physiology

Once you have determined the answers to these questions, you can change your state using Expansion and Contraction Breathing and run through the physiology modeling questions again, noting any changes that have occurred.

How have the physical parameters of your state changed? Has your position changed? Or your heartbeat, breathing, and musculature?

pause.eps

 

Modeling Resources

We can be more precise in modeling states by identifying and measuring a variety of perceptions, behaviors, and beliefs that can help us to define the processes we refer to as states. Here are some more Modeling Resources that can be applied to states of every kind.

Sensory-Based Model

In the model of perception and behavior used in the field of Neuro-Linguistic Programming (NLP), thought and experience are sorted and represented through “sensory representational systems,” visual, auditory, kinesthetic, olfactory, and gustatory—seeing, hearing, feeling, smelling, and tasting. These are not only the senses that we use to experience in the present; they are also the ways that we sort our thoughts and memories internally. A sensory-based model can give us some idea of what and, even better, how we are using our senses while in a particular state of consciousness. Reflect on the following questions.

After calibrating and testing an altered state, what differences did you find? Which senses characterized your baseline state and which were you using during your altered state?

Eight Circuit Brain Model

The model of an Eight Circuit Brain was originally proposed by Timothy Leary as a way of sorting behavioral tendencies, imprints, “life scripts,” and “reality tunnels,” among other uses. The model was further expanded on by other writers and thinkers, including Robert Anton Wilson and Antero Alli. The following modeling questions are based on Wilson’s explanations of the model.

Am I processing my sensory information via
Circuit One:

Am I processing my sensory information via
Circuit Two:

Am I processing my sensory information via
Circuit Three:

Am I processing my sensory information via
Circuit Four:

Am I processing my sensory information via
Circuit Five:

Am I processing my sensory information via
Circuit Six:

Am I processing my sensory information via
Circuit Seven:

Am I processing my sensory information via
Circuit Eight:

What was the difference in experience between your calibrated baseline state and your altered state? Which circuits were characteristic of each state?

NLP Meta-Programs Model

Richard Bandler, one of the cofounders of NLP, originally suggested the idea of meta-programs as patterns of behavior that help us to organize other behaviors. Meta-programs help describe our general approach in a situation rather than the specifics of our perception and action. It is possible for us to organize our behavior using different, overarching patterns in different states. Meta-programs have been further explored and developed by other NLP practitioners, including Leslie Cameron-Bandler and Robert Dilts. The following questions represent a very simplified version of the model, sufficient for basic state-modeling purposes.

How did your general tendencies change from your baseline state to your altered state? What meta-programs were characteristic of each state?

Meta-Magick Energy Flow Model

The Energy Flow Model found its original inspiration in NLP techniques to access kinesthetic states, described by Richard Bandler, and Steve and Connierae Andreas. This is a very streamlined version, again sufficient for our present purpose. We will explore this technique quite a bit more, later in the book.

Track the kinesthetics of the experience as follows:

What were the differences between your baseline energy flow and your altered state energy flow? What changes in colors, shapes and sizes could you perceive??”

Exercise 1.2 Calibrate, State, Model, Repeat

The techniques for altering consciousness listed below range from simple to moderately complex. Play with as many of these techniques as you comfortably can and attempt to quantify them according to the modeling resources. Remember that the point of the exercises is not necessarily to learn as many altered states techniques as possible, but to learn how to model and understand what our minds and bodies do as we explore different states.

Here’s how it goes:
Calibrate, State, Model, Repeat

1. Calibrate your present state. Run through the modeling resource categories and questions and mark down the answers, simply and briefly. Use as many of these resources as you think appropriate for each task. It’s like filling out a questionnaire—make a list of your responses to each question that seems to apply. Skip any that do not apply to your particular experience. For now, forget about what any of it means. In fact, at this point it is just raw data, until we have something different to compare it to.

2. Enter into an altered state via one of the methods listed below. Enjoy it for as long as you’d like.

3. Then, immediately upon returning (or while remaining as much as possible in the state), use the modeling resources to build a model of the state. Use as many of these resources as you think appropriate for each task. Skip any that do not apply to your particular experience.

4. Repeat using a different technique to alter your consciousness. It’s not necessary to explore all of the methods given, just the few that might draw your interest. You can also use the modeling process with other techniques that you might be familiar with, along with those included here.

pause.eps

 

Database of Techniques

1. Breathe through your mouth, slowly and evenly, for about one minute.

2. Breathe by drawing the air into the bottommost part of your lungs, deep into your belly. Start with a slow, even pace, then gradually increase the rate until, finally, you are panting, but still filling and emptying the deepest part of your lungs.

3. Continue to pant for half a minute then take a deep, full breath, filling your lungs from top to bottom. Hold the breath for ten seconds, then release and breathe slowly and deeply a few times. Then return to panting and repeat this cycle until you have deepened your trance state.

pause.eps

 

Moving and Breathing

As you explore the process of modeling states (Do it now if you haven’t already!), notice in particular the relationship between state and physiology. What you do physically—breathing and moving—affects your state; and your state—meditating, concentrating, etc.—may change your depth or rate of breathing, muscular tension and relaxation, heart rate, and other physiological factors.

The scientific evidence for this two-way street of mind/body influence continues to mount. A recent study demonstrated a correlation between posture and hormone levels. In the study, subjects were asked to adopt “open, expansive postures” or “closed, contractive postures.” Hormone levels were tested before and after the postures. Those who briefly adopted the open postures—often a display of dominance in mammals—demonstrated a sudden increase in testosterone and a decrease in cortisol. They felt powerful and relaxed. Those who adopted the closed postures—often a sign of submission in mammals—had exactly the opposite hormonal response. The same results were obtained from both men and women.4

Moving

We all have collections of postures and movements that are habitual to us. Some people have very free-flowing movements, others are rigid. Some move quickly, some slowly. Some stretch and some contract. Our bodies are capable of moving in ways that we rarely explore. How often do you raise your arms over your head? Or bend from the hip? Or walk backwards? Or do a cartwheel?

Humans learn to move, when we are small, by watching others and then experimenting until we can imitate the movement. As a result of this process of imitative learning, our habitual movements are often culturally transmitted. This can be fairly obvious when we consider behaviors including gestures, greetings, and social formalities. Cultural ideas of dress and propriety also influence habitual movement. Some clothing is restrictive, for example. A businessman in a tucked-in dress shirt will be unlikely to raise his arms over his head. Women in dresses and skirts learn to cross legs or keep thighs closed to accommodate both dress and propriety. Business footwear is unsuitable for running or climbing. And so on.

Body position and movement are closely associated with states of consciousness. Not only do posture and motion reflect internal experience, they also influence your state of mind. That you are capable of movement beyond your habitual restrictions suggests states of consciousness that remain latent. These states are there as possibilities only, most of the time. They represent aspects of your unconscious mind, something that remains a part of you but is rarely explored. Your potential.

That potential, of course, can take many different forms. If you are going to explore movements and combinations of movements that are part of this set of unexplored potential, then by all means select those that represent exhilarating and motivating experiences.

Breathing

Breathing, like movement, provides a link to the unconscious mind. The control of breathing is usually outside our awareness, something that just happens while our attention is engaged elsewhere. But we can, at will, change the way we breathe.

Breathing is a vital function upon which most other physiological functions depend. Subtle changes in the depth, frequency or manner of your breathing will induce pervasive change throughout your body. Every organ may be affected in some way, including your heart and your brain. Your state of consciousness is deeply dependent on your breathing.

Just as with movement, we have habitual patterns of breathing that we have learned largely from the people around us. We’ve learned these habits usually on an entirely unconscious level. When we begin to consciously direct our breathing we take conscious control of our state of mind.—The Book of Exhilaration and Mastery5

State Dependency

One way in which we naturally delineate or define states happens through “state dependency” phenomena. When we are in one state of consciousness, it becomes very easy to recall the details of other times, in the past, when we were in a similar state—but much more difficult to remember the sensory details of memories that involve different states.6

Ever wander into your kitchen and have to think for a moment to remember just why in hell you came there in the first place? It’s a common type of experience and usually not a sign of dementia but, rather, a demonstration of state-dependent memory in action. Let’s say that prior to your trip to the kitchen you were watching TV or engrossed in work. When you stood up to go to the kitchen, your physiology changed in a number of ways—standing changes blood pressure, heart rate, proprioception, breathing, muscle use, and more. Perhaps the environment you were vegging out or working in was dim and quiet and the kitchen brighter and noisier. In short, you not only walked into a different room, but a different state as well. In the “kitchen state,” it’s tough to recall what you were thinking about in the “vegging out” state. Fun, huh? It’s also an important clue to the nature of woohoo, and perhaps to the whereabouts of your lost car keys.

As far back as the 1940s, research was undertaken in which students studied while under the influence of various drugs and then, later, were tested on the study material. These experiments found that students who were slightly drunk when they studied did better on tests when they were, again, slightly drunk. Students who hit the books while buzzed, however, did less well on tests when they were sober. A few cups of coffee would help students stay alert and awake while studying, but unfortunately, unless they had a similar quantity of caffeine in their system at test-time, it didn’t seem to help their memory. Drunk and caffeinated students perpetuate this information about state-dependent learning as if it were an urban legend—and yet the research, if any of us can remember properly, is real.7

Likewise, people who are depressed often find it easy to remember every other time in their lives when things sucked. And people who are happy have easy access to all the memories proving what a wonderful life they have. The more common forms of amnesia are often the work of state-dependent memory—suddenly finding yourself home after a long drive, wondering how you got there; or the kind of memory black-outs that happen after serious overimbibing, serious head injuries, or even every night from a less-serious good night’s sleep.

State-dependent memory may be one very good reason why magick students are frequently exhorted to write down their experiences and to keep good records of their experiments—sometimes important information can be forgotten when we step out of the context and state of the ritual.

Sleep and dreaming are among the more notable states of consciousness that everyone experiences, so our time with the sandman allows for interesting opportunities to explore state-related phenomena.

Exercise 1.3 Dreams and State Dependency

Make a practice, over at least a few days, of taking a moment after you wake up in the morning to remember any dreams you may have had. Take that moment whether or not you immediately remember a dream. Attempt this experiment in two different ways: 1. Sit up immediately upon waking and attempt to recall your dreams. 2. Stay in exactly the same position you find yourself upon waking, without moving a muscle, and attempt to recall your dreams. Which way do you find more successful?

pause.eps

 

Knowing how our minds access memory through state dependency may prove continually useful throughout our exploration of woohoo. For now, let’s highlight a few important concepts:

It’s the third point that concerns us now. If our different states are the repositories of different skills and information, being able to re-access those states at will can assure that we have the right skills and information at the right time. Sometimes it’s very easy. A variety of sensory cues can trigger the onset of states. Thinking about the punch line of a joke might re-access a chuckle. Remembering the particular touch or sigh or sight of an erotic experience can return you to a state of arousal. The first taste of a morning cup of coffee might elicit a state of stimulation long before the caffeine has time to work. But sometimes it’s not so easy. Being asked to recall even familiar information “under pressure,” that is, in a more stressful state than usual, can be tricky. It can be difficult to remember the lyrics or melody of a song while listening to another song or moving to a different rhythm. And for some people, trying to remember a person’s name when you meet them in an unexpected context might be a challenge or even embarrassing. This kind of experience will be different for every person, but we all bump against the limits of our states from time to time.

Natural Anchors

The ability to remember and draw upon any experience at any time—to transcend the boundaries that separate our state-dependent selves and tap into those states that carry important information, skills, and feeling—can be very useful. The simplest method for accessing states uses the natural sensory cues that we associate with the experiences. The tone of a lover’s voice, the face of a friend, the smell of a particular spice or incense, the feel of a particular chair, or a few words from a favorite poem or book can all elicit states. These are called anchors and are multifarious and diverse. Anchors are sensory cues that are associated with a particular response. On the simplest level, an anchor is like the sound of the bell that drove Pavlov’s dog into a state of salivating hunger. Anchors can be created for humans just like ringing a bell—and we’ll create some intentional anchors a bit further into our exploration of woohoo—but for now let’s examine the anchors that are already there, that are created as an inevitable part of every sensory experience.

Anchors are an essential component in posthypnotic response. The classic idea of the posthypnotic response involves a key word that, when uttered, will trigger a particular reaction or re-access a trance state. The hypnotist Milton Erickson noticed that when a memory or action was recovered using an anchor, subjects would also experience a return to the state they were in when the memory or action first occurred. These trance states could be prolonged or they might be fleeting, momentary shifts of consciousness. With this in mind, both natural and intentional anchors can be understood as important tools to access memories and the associated states.

The part of an experience that can best be used as an anchor will, like most of the experiences we are discussing here, vary widely from person to person. If three people go to a concert and all are transported to states of musical ecstasy, the sensory cue that later pulls one back into an ecstatic memory might be the rhythm; for another it might be the lights; and for the third it might be the lyrics that rekindles the reverie. If you already know the anchors that can recall a memory, begin there. If specific anchors are not yet known, a basic method is simply to run through perceptual details in all of the senses.

Take a few moments now, with the following exercise, to identify some of your own naturally occurring anchors.

Exercise 1.4 Hypnotic Memories

pause.eps

 

In this exercise, the details of memory serve as anchors that help to elicit the state. You may also be able to notice which sensory details take you further and more pleasurably into the relaxing or enjoyable experience.

Transderivational Search

While exploring these exercises, you may have noticed a tendency for your mind to sort through a range of memories and associations before selecting a single one to work with. This state-related phenomenon is called transderivational search.8 For instance, in the previous exercise, when asked to “identify a particularly relaxing or enjoyable experience,” several (or many) related experiences may come to mind, their commonality being some aspects of state—that these experiences were, to some degree or another, “relaxing or enjoyable.” Many of the exercises in this book begin by eliciting transderivational search and the instructions use deliberately vague language to help bring some part of this search into your conscious awareness. So when you encounter a suggestion such as “choose a particularly pleasant and powerful experience” or to remember a time when “you felt relaxed, resourceful, and you enjoyed yourself,” you may find yourself playing with the process for a moment or two, attempting to fit some of your own memories into those parameters. That’s okay. The techniques will typically work with any experience or memory that has a kinesthetic component, some element of feeling, and whatever memory you eventually choose will produce some result. Come as close to the suggested parameters as you can. Remember that the how, “powerful and pleasant,” may be more important here than the what, “eating chocolate ice cream at age five.” The details of your reference experiences are used as natural anchors to the states. With practice, you can gain skill with the essentially magical process of selecting states via transderivational search.

In conversation with others, transderivational search is part of how we make sense out of what other people say. If someone says something vague like, “I fell in love. Do you know what that’s like?” there is no way that we can ever know that our experience of love is anything like that of another person—but our mind sorts through our memories and we make our own delineations and definitions. Transderivational search can be initiated as we seek meaning for a variety of linguistic patterns, individual words, symbols, images, sounds, and feelings.

This process of internal search happens quite naturally throughout the day for most, if not all, humans. It can happen noticeably and obviously, or our minds can whiz through a wild range of associated memories in the blink of an eye, too fast for the conscious mind to glimpse. Transderivational search appears to be not only a natural shift in state by itself, but may also be a major component of how we change state in general.

When we re-access a particular state or feeling using natural or intentional anchors, the state dependent nature of our memory can make it very easy to recall and sort through similar experiences. For instance, if we find and elicit a feeling of joy, our minds become adept at finding other joyous memories. This suggests a method for finding and accessing resources:

Exercise 1.5 Transderivational Memories

pause.eps

 

[contents]