Clarity,
Office 17622,
PO Box 6945,
London.
W1A 6US
United Kingdom
Phone/ Voicemail:
+44 (0)20 3287 3053 (UK)
+1 (561) 459-4758 (US).
lightofdarkness
(deceased)
- Joined
- Mar 16, 1970
- Messages
- 1,025
- Reaction score
- 3
Binary Sequence Application
- Thread starter lightofdarkness
- Start date
lightofdarkness
(deceased)
- Joined
- Mar 16, 1970
- Messages
- 1,025
- Reaction score
- 3
Fu Hsi (structure)
King Wen (process)
There are two forms of dichotomy and so 'yin/yang' states.
The nature of yin/yang comes with qualitative differences that reflect a spectrum and so an asymmetric dichotomy.
The other dichotomy is of relationships of yin/yin and yang/yang - IOW the extraction of differences from sameness. These give you Gaussian (aka 'bell curve') distributions and work WITHIN a level.
yin/yang gives you sameness across differences and gives you a spectrum (power law stuff).
In our brains, the binary representations are in fact high energy and an 'extreme' state from the normal that is energy conserving - thus in the above chart so we can overlay a 'dimension of precision' onto the right-to-left dimension to show the different degrees of precision - see the 'dimension of precision' section:
http://members.iimetro.com.au/~lofting/myweb/idm006.html
we can also overlay the binary sequence of the IC to use its qualities to describe the differences (000000 is thus reactive, potentials, undifferentiated whole. Conserving of energy. 111111 is proactive, actuals, differentiated, expending of energy etc)
Chris.
King Wen (process)
There are two forms of dichotomy and so 'yin/yang' states.
The nature of yin/yang comes with qualitative differences that reflect a spectrum and so an asymmetric dichotomy.
The other dichotomy is of relationships of yin/yin and yang/yang - IOW the extraction of differences from sameness. These give you Gaussian (aka 'bell curve') distributions and work WITHIN a level.
yin/yang gives you sameness across differences and gives you a spectrum (power law stuff).
In our brains, the binary representations are in fact high energy and an 'extreme' state from the normal that is energy conserving - thus in the above chart so we can overlay a 'dimension of precision' onto the right-to-left dimension to show the different degrees of precision - see the 'dimension of precision' section:
http://members.iimetro.com.au/~lofting/myweb/idm006.html
we can also overlay the binary sequence of the IC to use its qualities to describe the differences (000000 is thus reactive, potentials, undifferentiated whole. Conserving of energy. 111111 is proactive, actuals, differentiated, expending of energy etc)
Chris.
The other dichotomy is of relationships of yin/yin and yang/yang - IOW the extraction of differences from sameness. These give you Gaussian (aka 'bell curve') distributions and work WITHIN a level.
Is this a species response to stimulus?
yin/yang gives you sameness across differences and gives you a spectrum (power law stuff).
In our brains, the binary representations are in fact high energy and an 'extreme' state from the normal that is energy conserving - thus in the above chart so we can overlay a 'dimension of precision' onto the right-to-left dimension to show the different degrees of precision - see the 'dimension of precision' section:
Is this a conscious response to stimulus?
Is this a species response to stimulus?
yin/yang gives you sameness across differences and gives you a spectrum (power law stuff).
In our brains, the binary representations are in fact high energy and an 'extreme' state from the normal that is energy conserving - thus in the above chart so we can overlay a 'dimension of precision' onto the right-to-left dimension to show the different degrees of precision - see the 'dimension of precision' section:
Is this a conscious response to stimulus?