More specifically, what ends up being possible are dynamics of coherence and, when groups of us are coherently aligned with each other, we can even experience the phenomenon of super-coherence described in blog posting number three, the one before last in this series.
We considered how important it is, especially in this day and age, to curate states of super-coherence in connection with all the people, places, and practices that define our lives.
That type of super-coherence is possible for us as a species -- not only possible, but vitally necessary if we are to shift out of our disconnected, dispirited, and destructive mode of strident individualism.
In the previous two blog postings in this Akashic Think A-team series ("Be Supercoherent: Tune In to Your Consciousness" and "We Have Lost Something Important and We Must Absolutely Regain It -- But What?") we explored how the condition of super-coherence is responsible for all the phenomena in the world around us that we might describe as miraculous, awesome, or amazingly-attuned.
This organization is, in our opinion, a 'fact of nature' that, for its dimensions and invariance, asks for a deep thinking in analogy of what happened for other collective phenomena in physics (magnetism, laser coherence, super-fluid helium, hydrodynamic instabilities).
Briefly, light centered at 1310 nm with a 56 nm bandwidth comes out from a low-coherence broadband infrared super luminescent diode light source and then split into two paths in a 10 90 fiber based Michelson interferometer.
Ultraprecise aspheric mirrors that offer nanofocusing and high coherence are indispensable for developing third-generation synchrotron radiation sources such as Super Photon ring-8, the European Synchrotron Radiation Facility, and the Advanced Photon Source.
In this paper, we proposed a super-resolution spectral estimation technique to quantify hemodynamics in micro-vessels using optical coherence tomography.
In this paper, we propose a super-resolution spectral estimation technique to quantify microvascular hemodynamics using optical microangiography (OMAG) based on optical coherence tomography (OCT).
