A Direction of Motion | Peng in Tai Chi Ch'uan by Taoist Monk Yunrou
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- Опубликовано: 15 сен 2024
- There are many Chinese terms bandied about in an effort to help a practitioner understand the techniques and experiences inherent in the art of tai chi. This brief video addresses the core concept of Peng (pronounce it pung), which has been variously described as inflation, uprooting, forward expansion, and more, but is perhaps most easily understood as a direction of motion.
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This small detail has changed my grappling, my understanding on the body and even hs increased my strength. Thanks for such a simplistic but profound explanation of poong, peng however it is spelled.
Greetings All - I’m busy finishing up two new books but will be making more videos in the coming months. Stay tuned and thank you for your support.
Thank you Sifu! So great to find more like minded taiji folks!
Thank you, Master.It's the best class I've had.
Thank you for the clear explanation
An excellent explaintion and demonstrate thank you, I'll add this to my training.☯️🙏
Great instruction for me, thank you. I am trying to find bounce in my movement for the last few months by dropping into the front leg. I'm going to try out your large U shape idea now. The initial sinking on the back leg to get connected with the opponent rings true with my basic knowledge of pull down.
Thank you. Your explanation is very good.
Thank you Master🙏
We use this also in Wing Chun. Thanks for explaining🙏
Muchas gracias desde Argentina.
Thank you for sharing your wisdom.
Just looking over my watch history and wondering why my notifications for your work have been turned off!
Just came up as a suggested video.
Hello my martial art brother.
I too study and love Taiji.
From my understanding ; Peng is an expansion, and as you accurately described - a kind of a curved surface of a ball. But , I think it is applied in 360^. and not only down , than up.
What are your thoughts?
Thank you for sharing
You are correct about the expansion. That is peng. But there is no U shape or "surface" needed for peng.
You could make a U shaped movement of you wanted. But, you can make any other movement just as easily.
You can also make a surface if you want but you would be greatly limiting the use of peng by containing it to a shape/structure.
@@lgv3051
Thank you kindly for this input 🙏
Awesome. Loving your videos.
The last hexagram of the 64 Fire over water:
The image of the condition before transition.
Thus the superior man is careful
In the differentiation of things,
So that each finds its place. maybe that's the last part of the form
LOVE these videos. It's so hard to find videos on silk reeling and "energy" that isn't some esoteric mystical junk. Have you finished this series? I can o ly find two videos on peng
DT Axe and Tool Thank you - I will be making more videos in the coming months.
Great stuff thanks!
My pleasure. More to come. Check out my spiritual product reviews.
Clean and simple :) How do you breath during the movement?
+Morzeth I would suggest not worrying about breathing at this level. The only thing to keep in mind will be not to HOLD your breath.
Thank you for your advice, you are right, I should just keep practicing.
Tang TUI Peng zhuang Tang zhuang Tang Tai dhji Si ih te Si Chin Si Hai she bai
5:37 wow the guy must have been thrown about 30 feet !
"Wow" ? Sigh.
8:00 Common misconception about Gravitation. You can't leave Earth's gravity.
Hmm. Well, I'm not sure what you mean. If you're talking about gravity as an all-pervasive force, then you may well be right but nobody yet knows. Gravity has not yet been defined. If you're talking in practical terms, you need a rocket. If you're talking about peng and an, then I speak here of cooperating with gravity.
You were talking about 'a rocket leaving and no longer being affected by Earth's gravity'. There's no boundary up there where " here you're affected by Earth's gravity, but Here.... you're 'in space' " I just find that many people think, 'Astronauts float because they aren't affected by Earth's gravitational field', which isn't true. Even on the International Space Station ( 250 mi above Earth ), Earth's gravitational field there is almost the same as it is on the surface.
Taoist Monk Yunrou Gravity most certainly HAS been defined. F=G(m1)(m2)/r^2.
Jon Leonard Agreed that there's no bright-line boundary. But get far enough away--for example, in another galaxy--and any effect of the Earth's gravitational field becomes negligible. Because of the inverse-square relationship between the strength of the force and the distance over which it acts.
@@fangjian The moon is in Earth's field! 🙂