SPEAKER_04 46:50–49:35
I hope so. I mean, on earth, like, you know, microgravity is a whole lot different. What a nightmare that would be. I don't want to go to space. Good morning. Happy Friday. I have neuro coffee in hand and it is perfect. All right, ready to dig into a very busy Friday. A quick housekeeping item: applications to the Intensive 17 will be open this evening for email list members. So if you're not on the email list, please go get signed up. Go to any blog post on billhartmanpt.com to get on that list so you get first opportunity to apply for the Intensive 17, about 24 hours before we open that up to the general public if we haven't hit our target number of applications. Digging into today's Q&A, this is with Cameron. It's a two-parter question. It started out very biomechanical, talking about the inhalation representation of the pelvis and what the orientation would be of the sacrum relative to the ischium—some constant orientation and connective tissue behaviors that allow you to distinguish how this shape is actually created. So very, very useful. The second part of the question actually transitioned into the application of my model. What my model offers is principles: it describes the how of how we behave, how we move, and then it is up to you to use your perceptions, your skills, and apply those principles in context. Ultimately, the answer to most questions is you have to find your way of how you do things, but it will be based on foundational principles. So that's the second part of the discussion—very important for you to understand as you start to work through the use of these principles. Thank you, Cameron, for that. If you'd like to participate in a 15-minute consultation, please go to askbillhartman@gmail.com, put '15 minute consultation' in the subject line so we don't delete it, and include your question in the email. We will arrange that at our mutual convenience. Don't forget to hit the YouTube channel so you can get all of these videos as they're posted up there and access the entire backlog of videos as well. Everybody have an outstanding weekend, and I'll see you next week. So, would the apex of the sacrum be closer to the ischium in a representation of an ER pelvis?
biomechanicspelvis orientationsacrum mechanicsapplication of principleseducation program