The weight you carry every waking hour
Ida's most concrete teaching about the forward head was mechanical and arithmetic. The skull is a heavy object — twelve to sixteen pounds, by her estimate — and the question of where that weight sits in space determines what the rest of the body has to do to hold it there. When the head sits over the vertical line that runs through the ankles, knees, hips, and ears, the weight is supported by the column. When the head migrates forward of that line, the weight becomes a cantilevered load that the dorsal spine must hold against gravity continuously. In a 1974 public-tape recording from her A4 series, she walked her students through the calculation as if she were teaching a physics lesson, asking them to feel in their own bodies what carrying eighteen pounds in front of the chest would cost them by the end of a working day.
"When the head is carried forward, you have a weight which, oh, I don't know, runs from about 12 to 16 pounds, I think. Well, being carried forward. And this literally, you are carrying just as surely as if you were carrying it with your two pants in front of you. And you're carrying that every hour of the every waking hour, every hour that you're not flat on your back on the bed. You're carrying that 18 pounds in front of you. I don't know. I don't know. I don't know."
Speaking on RolfA4 about why the seventh hour follows the sixth:
The arithmetic is rhetorical but the structural point is exact. The forward head is not a passive misalignment; it is active labor performed by the dorsal musculature every moment the body is upright. The cost compounds: the back muscles that hold the head against gravity cannot also organize for movement or breath. Whatever else the dorsal spine might be asked to do — rotate, lengthen, breathe — it is doing it on top of the standing assignment of restraining a sixteen-pound weight from falling forward into space. Ida's seventh hour begins from the recognition that this load is unsustainable and that the body will spend its energy budget on holding the head up until the practitioner relieves it of the job.
Why the seventh hour comes seventh
The sequence question — why does the head and neck work come at the seventh hour rather than the third — was one Ida pressed her advanced students to answer for themselves. The standard answer is that the lower body must be organized first. The deeper answer, which the transcripts develop slowly, is that the forward head is the body's compensation for whatever is unresolved below it. Approaching the head before the pelvis is horizontalized, before the legs are under the trunk, before the shoulder girdle is freed, would be irrational: the head would simply re-anteriorize within days because the structural reason for its position would still be present. In a Boulder dialogue from the RolfA4 tape, a student named Hector pushed Ida on this point, and her answer named the decompensation she was avoiding.
"The reason being that that the the head and neck with its gravity acting on it and its anteriority, generally its anteriority, would tend to decompensate again the lumbar and dorsal curves."
Answering why the seventh hour cannot come earlier:
This reciprocal logic is what gives the seventh hour its position in the recipe. The first six hours have produced a body in which the pelvis is closer to horizontal, the legs descend from it, and the thorax has lifted off the pelvis with the shoulder girdle freed. That base is what makes the seventh hour possible. Without it, any work on the neck would unravel as soon as the client stood up and the anterior head dragged the new lumbar back into its old curve. With it, the neck can be addressed not as an isolated problem but as the final term in a chain the practitioner has been working toward from the first hour.
"The object of this hour is to bring the neck into that vertical line."
From the 1974 Open Universe class, naming the goal of the seventh hour in a single sentence:
The look before and the look after
Ida and her colleagues taught the forward head pattern visually first. The instruction to her students was to look at the line of people about to receive their seventh hour and see what the practitioner was about to address. The anterior head was, in her phrase, a gross malalignment — visible from across the room, unmistakable in profile, and so universal among incoming clients that the rare body without it became the notable exception. The seventh hour's success was likewise visible: at the end of the hour, the head sat on the vertical line, and the client could feel where it belonged without being told.
"Most people before the seventh hour have a look of the head very anterior. The head is not on that vertical line we've been talking about all through the class at all. As a result of this hour, that head comes back onto the line."
Continuing in the 1974 Open Universe class:
The phenomenological corollary, which she liked to report in her advanced classes, was that the client knew when it had happened. Through the first six hours she would repeatedly cue them — top of your head up — because the head did not yet know where it belonged and had to be reminded by suggestion. After the seventh hour, the reminder became unnecessary. She quoted a client who had told her, after his seventh hour that afternoon, that he no longer needed to be told where his head went: it knew it was home. The clinical observation embedded in this anecdote is that the seventh hour does not impose a new position; it removes the structural reasons the head was somewhere else, and the body resumes the position it was structurally suited for all along.
Peter Melchior, teaching alongside Ida in the 1975 Boulder advanced class, took up the same observation from a different angle. The position of the head segment, he argued, is a near-linear readout of cervical structure. The skull sits on the fascial planes of the neck the way a bowl sits on a tower of cylinders, and whatever is happening anywhere in the body propagates upward through those cylinders to register at the cranium. To watch a head, in his framing, is to watch a summary.
"out of here and then sets the head down in the hole. She doesn't do as much now as she did as a week ago, thanks to what's been done for her. But just watch and see whether you can determine that. She's the best model of head imbalance that we've got around here. Well the head segment really, the position of the head segment with respect to the rest of the body is reflecting this cervical structure. Know, in almost a linear fashion. You you can look at a head sitting off and determine there's a rotated atlas under that and that atlas is held by soft tissue and it's in balance. Well, there's another way of looking at it in terms of soft tissue is that if you were to take a section through the neck, for example, you'd see all these fascial planes in the form of cylinders. And it's like the cranium is kind of like a bowl that sits on all these fascial planes and they're sort of hanging from or holding up, both things are true, from all the bony surfaces of the skull. So that any kind of changes from anywhere in the body are gonna be reflected up in those places because everything hangs from those bony surfaces all the way around."
Peter Melchior commenting on a model in the 1975 Boulder room:
What an anterior head does to the cervical curve
The forward head is not a translation of a rigid object. It is the visible top of a structural cascade through the cervical spine. When the head migrates forward, the cervical vertebrae do not simply tip with it — they accommodate the new center of mass by exaggerating their lordotic curve. The occiput rocks forward relative to the upper cervicals, the atlas and axis rotate to keep the eyes level, and the lower cervicals jut anteriorly to support the load. The structural target of the seventh hour, as Ida named it in the 1975 Boulder room, is the reversal of this cascade at its most consequential joint.
"What we're trying to do is to get the head, the occiput back with respect to the cervical vertebrae."
From the 1975 Boulder advanced class, naming the operative move of the seventh hour:
The work follows the diagnosis. The seventh hour's head-work, as the Boulder students learned to do it, is not a matter of pressing tissue around but of subtly lengthening fascial layers under the base of the skull, where fibers run up and down or on a diagonal and where most of the operative movement goes across the occiput rather than along it. The tissue, in the standard pattern, has been pushed back almost behind the ears as the neck has moved forward, and the practitioner's job is to find what wants to go back and what needs to come forward and to refuse the temptation of a general rule. More than half the tissue, in Ida's working estimate, needs to go back. But some of it — the side body, the lateral neck — needs to come forward into the line, and the practitioner has to learn to tell which is which.
The reciprocal relationship between the cervical and lumbar curves is what gives this work its leverage. The two secondary curves talk to each other; changing one without addressing its twin invites the other to drift back. The first hour already begins this conversation by unwrapping the sternocleidomastoid and trapezius — the most superficial cervical extrinsics — so that the new lumbar has a partner above it. By the seventh hour, the deeper work of differentiating intrinsics from extrinsics becomes possible because the gross superficial pattern has already been disturbed.
"curve, that your lumbar curve talks about your cervical curve. Therefore, if you aim to change the one or the other permanently, you have to change the twin, the two ends of the stick. The anatomy books, the physiology books talk about these curves being secondary curves, but I have yet to see any anatomy book or physiology book really discussing the necessity of balance between the cervical and the lumbar. But this is so and this is obvious to you as you start working with bodies. So here in order to complete the work of a generalized reorganization of that body you now have to go up to the cervical spine. Remembering that you are doing once over lightly in that first hour, you are dealing primarily with superficial fashion. You are not dealing with individual muscles. You cannot get to individual muscles in the first hour. Remembering this, you realize that you cannot deal with anything in the neck in that first hour really except the spine of the the unwrapping of the sternocleidomastoid or the unwrapping of the trapezius."
From the RolfB1 public tape, on why the first hour already begins the work of the cervical:
Every muscle in the head connects to the cervical
The structural anatomy underlying the forward head was, for Ida, one of the most under-recognized facts in the field. The cervical vertebrae are not a separate region that happens to support the head; every muscle of the face and head terminates, directly or indirectly, on the vertebrae of the neck. The face, in her teaching, is not a face — it is the upper end of the cervical fascia. This had immediate clinical consequences. The position of the skull, the expression on the face, the tension of the jaw, the position of the tongue, the bite — all of these were cervical phenomena viewed from a different angle, and the practitioner who treated them as separate problems was missing the structural unity.
"that there is no muscle in the head but connects directly or indirectly to the vertebra of the neck."
From the August 11, 1974 IPR lecture, naming the anatomical fact most practitioners overlook:
This is why the seventh hour's effects, in her teaching, were not confined to the head and neck. As the cervical reorganized, the face changed — not cosmetically but structurally. The shine, the radiance, the differentiation of facial expression that practitioners observed in clients after a good seventh hour was the visible consequence of cervical reorganization propagating upward through fascia that connected the two. The reverse was also true. When tension accumulated in the face — when the chin pulled in, when the tongue became rigid — it pulled at the cervical from above, and the third cervical in particular would migrate forward in response.
"sure, when you people get here towards your thirteenth and fourteenth hour and you see me get up out of my chair and you smile and you think, Please go into action. I am going into action to look more often than not at that third cervical because that third cervical manages to get itself displaced and you don't manage to change it because you don't go be benign."
From the same August 1974 IPR lecture, on what she watches for in the thirteenth and fourteenth hour:
The reason the third cervical chronically displaces is that it sits at the intersection of two pulling systems. From behind, the splenius and the deep posterior cervical fascia hold the vertebrae forward; from in front, the prevertebral fascia of the throat and mouth pulls the vertebrae forward by way of the tongue and the structures of the floor of the mouth. The tongue, in particular, was for Ida a chronically overlooked structural agent. A tongue carried forward — as it is in most random bodies, in coordination with the forward head — pulls perpetually on the oral and cervical fascia, and no amount of work on the posterior neck will hold a third cervical back if the tongue is still pulling it forward from in front.
"You're going to get room for it to drop back the deep fascia in the back of the cervicals and also from relieving the strain that's coming down from the inside of the mouth in the front. Why are you talking about the deep fascia at the back of the neck? Well I'm getting a feel for it as I go into those vertebrae deeper now which I've been getting a feel for in this last couple of weeks. I feel those slick deep along the processes of the It's usually a slick that's lying adjacent to the splenius. The splenius is always involved in this thing. The wrappings of the splenius, the fascial wrappings of the splenius are always involved. They're stuck down on that second rib. And this you have to let loose of. And before you can really get it loose, you have got to get a tongue back where it belongs because that tongue is everlastingly pulling on those oral and cervical fascia. The things that you do not sufficiently recognize is the fact that there is no muscle in the head but connects directly or indirectly to the vertebra of the neck. You see we all think of a face as a face, a head as a head. But that there shouldn't be any relation between the way the vertebrae fall in here and what my facial expression is, is something you never think of until you manage to get into that seventh power."
From the same lecture, working a student through the mechanics of an anterior third cervical:
Going into the mouth: the prevertebral work
Ida was not the first practitioner to work inside the mouth. An osteopath named Lake had, by her account, developed a tradition of intraoral work for the throat and prevertebral structures. But the osteopathic tradition, in her telling, treated the work in isolation — they organized the inside of the throat without relating it to the rest of the body, and so the changes did not stick. The structural innovation of the seventh hour was to integrate the intraoral work with the work below, so that the prevertebral fascia could be brought back into a relationship with the cervical spine that the rest of the body had already prepared for.
"You are looking at the structure which is too short, which is displaced, which is doing too much work. And you're bringing it around to a place where it doesn't have to work that hard. And many of these structures you have to get to through the mouth. Because with most individuals in our culture, the head is carried too far forward. And you've got to relieve it and allow it to go back. Now I wasn't the first one that got that idea, but apparently I have carried it further than people. These There was, for instance, an osteopath I guess he was an osteopath, but anyway, he taught osteopaths. His name was Lake. He did a great deal of work by going into the mouth and organizing the inside of the throat and so But as somebody here was bright enough to see the other day or hear from someone else, these people didn't make any attempt to relate what was going on in the neck and head with what was going on in the rest of the body. And they just went in and they just tried to change the position of the throat and the muscles that constituted that organization. And it wouldn't work."
From the 1976 Rolf Advanced Class, on the relationship between the prevertebral work and the head-forward pattern:
The seventh hour's logic, then, has an inside as well as an outside. The outside work — on the posterior cervical fascia, the upper trapezius, the splenius, the levator — releases the structures that hold the head forward from behind. The inside work — through the mouth, on the floor of the mouth, the prevertebral fascia, the suprahyoid and infrahyoid groups, the muscles around the tongue and palate — releases the structures that pull the head forward from in front. Neither alone is sufficient. The cervical sits between these two systems, and only when both have been addressed does the head come back to the vertical line and stay there.
Ida liked to describe this as the discovery, in the seventh hour, of an inside to the body. Before the seventh hour, the body the practitioner has been working on has felt like a surface — a wrapping of muscles around a frame. The intraoral work is the first time the practitioner reaches into the body and operates from within. In her late teaching, she developed this point further: the cervical region was the first place in the recipe where the inside-outside differentiation became literal, where the deep fascia of the throat was a different territory from the superficial fascia of the lateral neck, and where the practitioner had to learn to work both.
"It doesn't seem to have occurred to anybody except for the cranial osteopaths opaths and not very much to them. That the literal free space balance of the head depended and depends on muscles that are inside the head as well as outside the head. This never occurred to me. It never occurred to me that in terms of the physical carriage of the body, the individual who carries his head forward in order to balance the imbalance that is below, as for instance, Jerry over here, is will have managed to get himself the kind of muscular imbalance inside of his head, which has many significances. The whole tongue will have moved forward. And in that the whole the tongue as a whole and the whole tongue has moved forward, you now have all kinds of pressures into the sixth cervical. You also have all kinds of interferences with the well-being of the thyroid and the parathyroid and the thymus, etcetera, etcetera."
Continuing the same 1976 lecture:
The shoulder girdle and the head
The forward head is also, in a different reading, a failure of the shoulder girdle. The cervical extrinsics — sternocleidomastoid, scalenes, trapezius, levator scapulae — bridge the head to the shoulder girdle, and when the shoulder girdle has lost its horizontality, those bridges pull on the head. The scalenes, in particular, attach as far down as the second rib, which means that a rib cage held in the wrong place by a depressed first or second rib will continuously pull the cervical forward by way of its scalene attachments. The seventh hour's work on the lateral neck is, structurally, work on the relationship between cervical and shoulder girdle.
"Every time your head is forward you shut off the circulation at the point that Al is pointing out to Now this is the reason for all of the Get your head up, guy! Because that which makes the guy is above the air and you're shutting off So what are we doing at the end of the seventh hour? The back. You are interested interested in putting those strong extrinsic muscles back where they belong. The trapezius and the levator, they're always the ones that get lost. Never is the one. And this is the first time that you can really get those two muscles until turkey two. Because always before they've had the weight of the head coming forward."
From the Mystery Tapes, on the head and neck as a unified key control point:
The pectoral-latissimus counterbalance that begins in the third hour finds its completion at the seventh. Ida's structural picture of the shoulder girdle was that the arm hangs in the gravitational field as a counterweighted unit — pectoral major in front, latissimus behind, both inserting on the humerus — and that the girdle can be used freely only when these two muscles can be balanced against each other. A shoulder girdle that has lost this balance hangs anteriorly, dragging the cervical with it, and contributes to the forward head from below. The third hour's work on the chest is, in this sense, already preparatory work for the seventh.
"And this is the aim because the intrinsic represents This is why after several proceeding sessions to this time, a little work done, a little more. How do you suppose this comes about? This Well, because the the screening is these are involved in respiration for one thing and in respiratory control. And this is a big thing. This is evidence. Muscular factor. I think it's got to do with function of the head being forward like this that they really grab and hold on. That balance with the Yes. And there is another anatomical factor in there. The difference in there trying to suspend the pubes from the neck in a lot of cases through that whole front system. Well, all right now, you're you're on one half of the system, but you have to copy yourself along the corner. Come on now. Come on. How they use their arm? Well, what I'm thinking is if you get get get back to the whole view, it's it's a has to do with the the flexors again winding out over the extensors so to speak as whenever whenever a person is subject to stress, emotional gravitation or whatever, seem to flex."
From the 1975 Boulder advanced class, on the cervical-shoulder relationship in the seventh hour:
What the practitioner sees when the head comes home
The marker Ida used to confirm that the seventh hour had landed was the line at the top of the head — the line of the hair, the line where the cranium would be horizontal if the head sat properly on the cervical. In a body whose head had migrated forward, the top of the head tilted with it; the hair line ran on a diagonal. In a body whose seventh hour had taken, the hair line returned to horizontal, and the cranium turned freely on the atlas as if it were a cork in a bottle. The freedom of rotation at the topmost joint was the functional confirmation that the structural alignment was right.
"And in your mind get into that seventh hour material and figure where you would want to put it to get greater neck freedom. I don't know how many of you have really experimented to see how, what dropped where while you were doing the seventh hour? What put a finger into the cervicals when you put a finger into their mouth? Was that under the tongue? Was that up at the hinge of the jaws? Was it in the roof of the mouth? Remember at this moment what you have seen in your own seventh hour work. Now Pat there, in thinking about what she had seen, released her own neck. Chuck tightened his. Now you see one of the criteria now one of the situations which must be present before you get that cranium free on that neck is the line at the top of the head, the top of the hair. Look at Jen's. Give us a profile, Jen. Norm, please sit still. Mhmm. Look at Norm's. Look at Joe's and see what I mean when I say that the way he moves away from his hair. Here. Turn your head just some. Mhmm. See what I'm talking about. Lloyd is so recent in his new posture that he's not the world's best example but turn your head. Keep going. You see how little more is going to be necessary to horizontalize the top of his head. Look at Pat and see what she did as she was thinking about 7,000. Turn your head back. See how it just twists around like a cork in a bottle. Now Chuck has never really gotten to that core. He keeps trying and always you see his effort in it. He gets the place but he doesn't get the movement.
Working through a line of advanced students in 1975, looking for the criterion of a finished seventh hour:
The other marker, less easy to photograph but obvious in person, was the change in the face. Ida's students learned to recognize the radiance that came into the face after a seventh hour — not as cosmetic but as the visible consequence of fascia that had been holding the face into a defensive configuration finally letting go. The chin came back. The jaw relaxed. The eyes opened. The differentiation between the cranium and the face increased. In her Boulder classes she liked to call the students' attention to a model who had just had a seventh hour and ask them to describe what they were seeing, knowing that the description would converge on language about lightness and openness even though the specific structural changes were nominally local.
"Okay. Fine. Now you notice that her head is coming up and her head is coming back, but there's something in here that's being hung Mhmm. Still. Changed. Has changed. How does it feel inside? Mhmm. Does that feel good? I don't know yet. I'm always trying to forget about her. I'm worried. Okay. Now as I have changed this further, you see this jaw angle has gone back again. I'm good. Okay. Not to where it was. I mean, it's a different compensation, but there, this is. Girl. That's wonderful. Now come back to the midline and turn it to the right. Does this bother you right under your head? I can think of it. Take it out and put it on Sit up if you like and put that hair up on top where you would be. Now does everybody see that as she does that, she's demonstrating that her neck is set set back. Mhmm. Yes. It it's too short to go up that high. Is this all gonna fall down again? Anybody got one of those rubber bands around here? Oh, she's done. That'll do it. Okay. That's Donald help you. See, it seems as though that whole skull had been twisted around, doesn't it? The skull itself. Okay. So now job is going to be to get this away from that second. That's it. Now you see that sternocleidomastoid is not vertical. You can see it.
From a 1975 Boulder demonstration of cervical work on a model:
The atlas, the axis, and the free rotation
Ida's evolutionary framing of the topmost cervical joint was one of her favorite teaching points. The axis carries a peg — the dens — that projects upward through the atlas, allowing the atlas and the skull above it to rotate freely. This arrangement, she argued, is evolutionarily relatively recent; in earlier forms the corresponding bone served as the spine of the atlas, and rotational freedom of the head was limited. Modern humans are designed for free rotation at the topmost joint, but only when the head sits on the vertical line. The moment the head goes anterior, the dens-atlas mechanism can no longer rotate freely, and the body reverts to turning the head with the extrinsic muscles of the shoulder girdle — sacrificing the evolutionary advantage.
"goes up from the second vertebra. Now there seems to be evidence that at some time in the evolutionary history of man, this was not so, And that that does was the spine of the atlas. And in those days, a head couldn't turn like that. But now a head is designed, apparently, to turn like that, to rotate around the stance. And this is the function of not extrinsics that go over to the shoulder. It is not the function of a sternocleidomastoid, etc. It is the function of the intrinsic muscles that are wrapped closely around this vertebral structure which is designed for rotation. And you cannot evoke that movement fully until you get extension in the neck, lift in the head. The minute you revert to this anteriority of the head and the neck, that minute you revert to a throwing away of the quality of the rotational possibility of the neck. So when I am talking about this whole placement of the head on the neck, etc, I am also talking about the utilization of the evolutionary possibility of destruction. And it is only by getting verticality in the body that you get it, and the minute you lose your verticality and you do this again, that minute you have lost that something plus that is available to you as humans. Now what difference does this make? John, where is that picture of the whole, the attachments on the face of the ossiper? You wouldn't have it here, I would suppose. It shows the body, yes I know. Alright, see if you can find it."
From the Mystery Tapes, on the evolutionary mechanism of the atlas-axis joint:
This is why the test of a well-done seventh hour, in her teaching, included a functional component as well as a structural one. The head must turn freely on the topmost joint, with the rotation happening intrinsically rather than by way of the shoulder girdle. In her Boulder demonstrations she would ask the model to turn the head to one side and then the other, watching to see whether the rotation occurred at the atlas or whether it was driven by the sternocleidomastoid pulling the entire cervical along with it. The latter pattern, she told her students, was the signature of an unfinished seventh hour. The work was not complete until the head could rotate as a head, with the neck staying where it belonged.
The third cervical and the advanced work
Ida's later teaching, particularly in the 1974 IPR lectures and the advanced classes of 1975-76, returned again and again to the third cervical as the chronic point of relapse. In the basic ten-session series the practitioner could only address the cervical superficially; the deep fascia around the third cervical required a depth of work that the recipe did not permit until the advanced level. This is why the same forward-head pattern that the seventh hour had relieved would sometimes return between the basic series and the advanced work, and why the advanced practitioner had to learn to find and address that vertebra specifically.
She framed this not as a failure of the seventh hour but as a structural truth about the difficulty of the region. The third cervical sits at the crossing of multiple pulling systems — posterior cervical fascia, splenius wrappings, the prevertebral fascia of the throat, the tongue, and the suspensory system of the mouth — and any one of these can pull it forward if it is not addressed. The seventh hour does what can be done at the level of superficial release; the advanced work is where the deep core of cervical fascia becomes accessible, and where the practitioner learns to put a finger into the depth of the cervical and confirm that the vertebrae are lying where they belong.
"I don't think he probably didn't really modify that way at all. But he sent me with the fear of God and a prophet to him. And this is the way she responded. And this is the way it goes. So your interest is in getting the prevertebral stuff in the mouth back where it is really preveritable in the sense of being related to spine. And when you have done this, all of a sudden the spine straightens up. Now I think Jim Fox over here will bear me out when I say that the things that osteopaths hate worst are anterior third cervicals and anterior sixth cervicals. The reason I hate them worse is because those sternocervicals are anchored in the mouth and they're always hooked forward until you free that anchorage. And you have to free that anchorage and the third cervical walks right back to where and the sixth cervical walks right back to where it belongs and there is no problem. Now then, what comes next?"
From the Mystery Tapes, on the prevertebral anchorage of the anterior cervicals:
Thought, expression, and the cervical
The forward head, for Ida, was not only a mechanical pattern. It was also the visible terminus of a psychological one. In her August 1974 IPR lecture she described how a day of psychological difficulty in the classroom would propagate through the cervical fascia and show up in the faces of her students the following morning — the chin pulling in, the tongue becoming rigid, the head returning to its anterior posture. The structural relationship she had taught between thought and fascia worked in both directions: just as releasing the cervical changed the face, so accumulated psychological tension pulled the face back into its defensive configuration and dragged the cervical forward with it.
"And after that seventh power is organized and you go along and you hit a few days like yesterday was in this room and all of a sudden your face doesn't look the same. It doesn't have that nice shiny radiant brightness that it had. Peter was a beautiful example yesterday. You see, there is a relationship between thought processes and fashion. Don't ask me what it is, I don't know. Maybe God will tell me someday, maybe he won't. And you'll say just go on and use it, you don't have to know. But feel what happens to you after a thing of this sort. Feel how your chin pulls in. Feel how your tongue becomes rigid. Now all of this leads you into dental problems which I'm not going to talk about here. It leads you into all this stuff that these dentists talk about in terms of bite. Certainly if you've got that bad bite that's everlastingly pulling the cervicals out, you're going to get signs of degrees of tension because just as thought leads into the physical body, so the physical body leads into thought. This you know, you've experienced it, this has been what this class is about. So maybe you have to go back in there, maybe you have to go back and try to practice what that good little Hindu did yesterday, a little meditation to take out the level of contraction that goes back into those cervical muscles. But one thing is for sure, when you people get here towards your thirteenth and fourteenth hour and you see me get up out of my chair and you smile and you think, Please go into action."
Continuing the August 1974 IPR lecture, on the reciprocal relationship between fascia and thought:
This is why she resisted being asked for a one-to-one cause of the forward head. The pattern accumulates. A particular injury, a particular emotional history, a particular occupational posture, a particular family pattern of carriage — any of these can initiate the displacement, but the displacement, once initiated, becomes self-maintaining. The mechanical load of the anterior head perpetuates the dorsal compensation; the dorsal compensation perpetuates the lumbar curve; the lumbar curve perpetuates the pelvic tilt; the pelvic tilt makes the anterior head necessary as compensation. The practitioner does not need to know which came first. The practitioner needs to know how to unwind the system.
Coda: the head as the end of the line
By the tenth hour, in Ida's framing, the head and the pelvis must be connected — and the test of that connection is felt rather than seen. In the 1976 advanced class she described the criterion: with the client sitting and the practitioner holding the head, the spine should respond as a continuous wave from cervical to sacrum when the head is jiggled gently from side to side. No interruption, no catch, no hung-up segment. The forward head pattern, when it has been fully resolved, has not just been pushed back into the line; it has been integrated into a body in which the cervical and the lumbar are at last in conversation, in which the head is the natural top of the column rather than a weight cantilevered out from it.
"Did you hear from any of these people about what is the test for the tenth hour? Supposing some of you take on that one. What is the test for the tenth hour? When do you know you have done a good tenth hour? When you can. The person sitting straight and hung up with the tuberosity. Holding the head, pulling up on the side of the head, jiggling it, back from the side to side. You can feel the spine as a continuous wave all the way down to the sacrum, so you have more weight on the end of the line with no interference along the spine. That's right. And do you recognize how what he's describing describing there there is is a test of balance. Something isn't out of line. Something isn't catcher. Something is balancing its opposite number. And so you get this uninterrupted wave through the body. Now, actually, that wave occurs in the mesodermic body. The body that has derived from the mesoderm."
From the 1976 advanced class, naming the test of the tenth hour:
The forward head is the diagnostic that orients the whole recipe and the test by which the practitioner knows the work has been completed. Ida treated it with the seriousness it warranted — sixteen pounds of skull, carried forward of its support, costs the body more than any other single structural compensation. Resolving it required everything: a pelvis that could be horizontal, legs that could descend from it, a thorax that could lift, a shoulder girdle that could balance, a cervical core that could be reached from inside and outside, and a face that could finally rest where it belonged. The seventh hour is where these prerequisites converge, and the head comes home to a line that, by the time the practitioner gets there, the body is finally ready to accept.
See also: See also: the 1975 Boulder advanced class discussion of the first-hour neck work that begins the conversation between cervical and lumbar (T1SB), and Peter Melchior's 1975 Boulder commentary on the head segment as a linear readout of cervical structure (B4T1SA, T9SB). T1SB ▸B4T1SA ▸T9SB ▸
See also: See also: the 1974 Open Universe class on the fascial planes of the neck and the differentiation of intrinsic from extrinsic cervical function (UNI_044), and the 1976 Rolf Advanced Class lecture on the third cervical as the chronic site of advanced-work attention (76ADV131). UNI_044 ▸76ADV131 ▸
See also: See also: the Mystery Tapes commentary on the autonomic significance of cervical displacement and the loss of intrinsic cervical function in the random body (72MYS172, 72MYS132), and the Mystery Tapes lecture on the tenth-hour relation of vertical spine to two horizontal girdles, in which Ida describes how spine must travel up through the girdles to complete the work the seventh hour begins (72MYS192). Included as pointers for readers interested in the cervical plexus and respiratory implications of the forward head, and in how the seventh hour's cervical correction is finally confirmed at the tenth. 72MYS172 ▸72MYS132 ▸72MYS192 ▸