|the Cytoskeleton shapes the Cell and Galaxy|
Stars are factories that produce and eject huge amounts of detectable complex organic molecules into the interstellar medium everywhere inside the Galaxy. Amino acids self-assemble into proteins and DNA inside carbon nanotubes in outer space conditions showed Johnson. Organic nanotubes self-assemble into functional cellular MACROSCOPIC Membranes. 3D and 4D life might exist in outer space at quantum and cosmic scales still unknown and undetected. Cells of 4D objects are bounding 3D volumes. Plasma blobs form a two layer plasma membrane with an inner nucleus of gas atoms. COMPLEX SELF-ORGANIZING PLASMA structures exhibit all necessary properties to qualify as living inorganic matter. Complex Plasmas easily form naturally in outer space conditions into helical organic structures. COMPLEX PLASMA MIMICS THE FUNCTIONS OF A LIVING CELL. A Galaxy is 99.9% plasma. NASA Space Center scientist Dennis Gallagher states that 99.9% of the UNIVERSE is Plasma. Complex plasmas behave like a liquid in very small amounts, just a few thousand of micron sized particles, that fractally scales to nanometer water size
STAR CLUSTERS ARE ORGANIZED BY ISM ORGANICS having polarity driven electromagnetic interactions with incredibly dynamic common single atom thick carbon nanotubes, buckyballs, graphenes. Coupling of the Nanoscale to the Macroscopic world is done by carbon nanotubes, having one macroscopic and two nanoscopic dimensions. Dynamically transforming PROTEINS like actin assembles from only 10 amino acids supplied by common stellar ejections into the ISM, which would self-assemble ACTIN under interstellar space conditions. Actin (Microtubules) are 7 nm in diameter, and naturally forms DOUBLE HELIX structures. the Cytosleleton protein mosaic is mostly actin, that shapes entire cells, galaxies, and the entire cellular cosmic web.
|Individual Molecules of Actin filaments time slowed show clusters|
|Actin filamentary motility best explain Star Clusters|
|Actin Filament Motility|
ACTINS STABLE SPACE CABLE – Actin Microfilaments are 7 nanometers in diameter, and amazingly are the same diameter required for MACROSCOPIC SCALE friction free high speed fluid movements inside carbon nanotubes that power multiple cellular processes, such as motility and polarity. Individual actin filaments are briefly built and broken randomly, but collectively they line up side by side and form breakage-resistant cables shows Michelot. Proteins dynamically transform their structures into constituently similar amino acids. 10 major amino acids comprise actin which is 50% of the dry MASS of the cell. Actin is nearly the same in all species, and is the thinnest, most common, strongest, stablest, most tensile flexible filament in all known life forms. Microfilaments mostly actin are EVERYWHERE IN THE CELL as solid rods made of globular proteins of actin intertwined in a fractal HELIX F-actin by the dimensionality of carbon nanotubes. Abundant complex organic molecules in the interstellar medium ISM would comprise a space metamaterial fabric, composed of a transparent cytoplasmic gel connecting entirely the inside of a galaxy, except the nucleus. These same living processes that occur inside cells by the dimensionality of carbon, manifest and organize macroscopic cosmological phenomena.