I like it flipped like this… “a little bit of everything all rolled into one”
“A powerful form for manifestation and personal integration
• Works like a muse; activates stream of conscious writing, talking, and discovery. • Opens doorways into the very nature of existence and awakens the understanding of "all that is, as it is”. • Supports deep release and letting go so forgiveness transforms into gratefulness’. • A wonderful form to unblock and transform karmic ties and liberate one from lost will relationships.
The OctaMetatron contains three octahedrons - one inside the other, spaced at a Phi Ratio. Each one is twice the size as the one nested within it. This creates three distinct energy flows in one form to promote spiritual integration, deep emotional healing, mental clarity, and physical manifestation. The number three links people into the infinite progression of dimensional reality.
The OctaMetatron represents an ancient power as it works with emotions and helps to clarify them and transform them safely with a loving innocence. Stars, diamonds, and squares create a fountain of abundant beauty with a passion for freedom. A profound tool for accessing and grounding the powers of true esteem an autonomy. Working with Metatron, the Archangel for outer expression, this form assists us to transform inner, perhaps unseen patterns, which block our creative manifesting abilities.
The OctaMetatron is 3 forms in one. It can be hung using any one of 3 distinct axis and each axis radiates a unique energy to either release, manifest, or integrate. These transforming energies can dissolve blocks to personal expression and growth so one’s reality aligns to their intent.
[Simulation of Saccharomyces Cerevisiae yest cells trajectories in the quadrupole configuration.]
“Dielectrophoresis (DEP) is a method for cell manipulation without physical contact in lab-on-chip devices, since it exploits the dielectric properties of cells suspended in a microfluidic sample, under the action of locally generated high-gradient electric fields. The DEP platform that has been developed offers an integrated solution for customizable applications. Several functional units, organized in a first characterization module and in a series of manipulation stages rearrangeable on a single chip, have been realized using fabrication techniques from Micro-Electro-Mechanical-Systems (MEMS) technology. Numerical modelling has been performed using COMSOL Multiphysics to simulate the electric field distribution and to quantify the DEP forces acting at the cell microscale. Parametrical modelling has been performed to optimize the geometry of each module, whose functioning has been demonstrated with different cells types.”