My first language is not even language

@theblackvault I’ve submitted four requests so far: three to the CIA and one to the FBI. The CIA requests concern Rh-negative blood, including O-negative; alleged non-human beings visiting human residences; and the underwater discovery off western Cuba. The FBI request concerns alleged human-appearing non-human or hybrid encounters.

What do scientists already know, and what exactly am I asking? My research question begins with the human body. Biological portal systems connect one capillary network directly to another before blood returns to the heart. The hepatic portal system delivers blood from digestive organs to the liver. The hypophyseal portal system carries regulatory hormones from the hypothalamus to the anterior pituitary. These connections change the route and order of delivery. They are continuous physical pathways, with blood driven by pressure differences. Their definition does not guarantee a shorter distance or faster passage. That raises a broader question: could Earth contain connections that perform comparable transport functions, and what could mapping them reveal? Several parts of this are already studied. Scientists investigate organized flows within Earth’s liquid outer core. Laboratory experiments show that magnetic fields can reshape rotating fluid circulation, allowing flow across boundaries that otherwise constrain movement. Researchers also use conducting-fluid simulations to identify structures that organize transport and mixing. (arxiv.org, arxiv.org) We already use Earth’s magnetic field for navigation. Researchers also estimate core flows to forecast changes in that field. A 2025 study tested such predictions against historical five-year periods. So the connection between core-flow modelling and magnetic forecasting is already being investigated. (ncei.noaa.gov, ntrs.nasa.gov) Geomagnetic propulsion also has an established physical basis. Electrodynamic tethers carry current that interacts with Earth’s magnetic field, producing force through an electrical circuit that includes the surrounding plasma. This exchanges energy and momentum; it does not create energy. (ntrs.nasa.gov) My specific question connects these areas: Could particular pathways within Earth’s circulation transfer matter or energy between regions more directly or efficiently than alternative routes, in a function comparable to biological portal systems? Could we identify those connections through measurements, determine what they carry, and quantify their advantage? Then comes the application question: would knowing those connections add anything beyond the magnetic maps and forecasting methods we already use? Could that knowledge improve navigation, help a propulsion system interact with the available field, or reveal an accessible physical shortcut? “Shortcut” needs a measurable definition: • A shorter physical route. • Less time between the same endpoints. • Less energy required for the same transfer. Those are separate possibilities. A faster flow does not automatically mean a shorter route. A pathway carrying heat or liquid metal does not automatically provide a passage for a vehicle. The literature search identified research on individual parts of this question. It did not identify a study demonstrating the complete connection from mapped core-flow pathways to a quantified transport advantage and an additional navigation or propulsion benefit. It also did not establish a vehicle shortcut. That does not prove nobody has investigated it, or that the proposed benefits exist. It identifies what needs testing: which regions are connected, what moves between them, what drives that movement, and whether the connection provides a measurable advantage over a defined alternative. The body supplies the starting analogy. Measurements must establish whether Earth has a functional equivalent, and what that equivalent would actually allow us to do.