A slide show for the session of #eightos on regeneration and the principle of ∞ (panarchy) as applied for the organization of inner dynamics, physical body, interaction, across the different scales. https://8os.io for more sessions

1. WELCOME TO EIGHTOS SESSION
we will begin shortly
session theme:
SOMACOGNITIVE REGENERATION using the
waves of TENSION AND RELEASE

2. SOMACOGNITIVE REGENERATION
USING THE WAVES OF
TENSION AND RELEASE
#EIGHTOS PATCH 281

3. // initiate sequence
how to regenerate using waves?

4. micro scale
macro scale
cross-contextual
confluence
~

5. micro scale
macro scale
cross-contextual
confluence
~
eightos
patch
app
update
code
ciculation

7. wave
// as the origin of all existence

8. // a simple sine wave traveling in time / space
time
force

9. Human blood circulatory system. Source

10. A wave is a
transfer of energy
in a medium.
// this happens through oscillations or vibrations

11. Sound waves are the propagations of air density / pressure change in space.
The air is the medium.

12. Sea waves propagate
through the water,
as a result of the tension
between the wind and the water,
storms,
underwater disturbances and
the gravitational pull (tides)

13. Animation of a half-wave dipole antenna radiating radio waves,
showing the electric field lines
propagating through the electro-magnetic field medium,
Source: Wikipedia

14. Kondratieff’s waves. The medium are the financial return on investment. Source

15. A simple sine wave traveling in time / space

16. At the core of every wave (transfer of energy) is
a tension and release.

17. EightOS – Regenerative Dynamics
+
+
force
yang
force
yin
formationdispersion

18. body
+
breath (wave)
+
rhythm (tension / release)

19. EightOS – Regenerative Dynamics
+
–
tension
release
focusdiversify

20. up~scaling

21. Bystritsky, a, Nierenberg, a a, Feusner, J. D., & Rabinovich, M. (2012).
winnerless competition = maximizing the function
Rabinovich, M. I., Huerta, R.,Varona, P., & Afraimovich,V. S. (2008).

22. +
-
active
receptive
stabilitytransition

23. systems are “metastable” when they are near their critical states,
the fluctuations in such systems follow 1/f scaling relation
S(f) = 1/f, where S is the spectral power (amplitude), f is the frequency