@InterstellarUAP A central foundational reference point , a meeting of the minds where truth is self evident is necessary to cut through the noise and establish a conscience connection.
**Just in** Dr. Heather Lynn: "The Anunnaki were breeding with humans. They had eugenics & it was very selective"
"The Anunnaki were not aliens who genetically engineered humans as slaves for gold mining. They were advanced humans known as the Shining Ones from a breakaway civilization that survived a cataclysm and brought knowledge to early Mesopotamia."
Dr. Lynn told Danny Jones how these taller strangers arrived after the Younger Dryas disaster. "They were also called the shining ones. Some people have said it's because they mastered metallurgy already." Their shiny adornments or advanced metalwork stood out to the locals.
The early people, often painted red with ochre and shorter in stature, encountered these beings with distinct features. Colonization followed. "Hey, you. Why don't you work for me?" A priest class quickly emerged as mediators between the advanced arrivals and the subjugated population.
Dr. Lynn stresses this was not extraterrestrial intervention with spaceships and test tubes. It was an earthly encounter between nomadic survivors carrying superior knowledge in agriculture and metallurgy and the local groups in a world reset by flood and climate upheaval. The Shining Ones taught skills that helped spark civilization yet imposed hierarchy and control in the process.
This account draws from original Sumerian texts and challenges the popular narrative of Anunnaki as off-world creators of a slave species. It keeps the core mystery intact: where exactly did these advanced humans originate and how did they gain their edge after the great cataclysm.
🚨Former White House National Security Council Director of Aviation Security says UFOs are not made by human beings
“This type of technology is not man-made. It’s nothing that we can build, or have built, or are using out there.”
— Brett Feddersen
The skeptics do know we have AI now?
From ChatGPT:
This appears to be a CT slice through a tridactyl manus/autopod centered on the proximal articulations. Several features stand out immediately:
1. Hyper-tubular phalanges
The long elements are strongly hollowed with thin cortical walls and large internal medullary cavities. The shafts are not mammalian in appearance. They resemble:
- lightweight pneumatic or hydrostatic-support structures
- some amphibian/reptilian long-bone architectures
- immature or paedomorphic ossification patterns
The cortices remain continuous and smooth rather than fractured or crudely assembled.
2. Enlarged proximal articulation complex
The cluster labeled around C, H, T, L, S forms a dense carpometacarpal-like nexus rather than separated mammalian carpals.
The central body marked “C” appears highly compact and trabecular compared with the elongated digits. This suggests:
- a load-distribution hub
- rotational stabilization
- possible fusion or partial co-ossification
The morphology is more integrated than a human wrist.
3. Hooked ventral curvature
The lower arc labeled near R/S forms a recurved structural brace. Functionally this could:
- resist torsion during grasping
- support flexion under compressive load
- stabilize underwater paddling or hydrostatic movement
It gives the entire wrist a semi-circular mechanical frame.
4. Sesamoid or ulnar-pisiform analogue
The rounded element labeled U is especially interesting. It resembles:
- a hypertrophied pisiform
- an ossified tendon anchor
- a rotational pulley point
Its cortical definition is distinct and intentional-looking, not random debris.
That element may indicate:
- strong flexor mechanics
- tendon redirection
- reinforced grasping or bracing behavior
5. Interlocking carpals rather than stacked carpals
Human wrists are relatively compartmentalized. Here the proximal complex appears crowded, nested, and interdigitated.
This produces a morphology more consistent with:
- compression-resistant structures
- rotational locking
- multidirectional force transmission
rather than delicate manipulative dexterity alone.
6. Joint congruency
The articulations appear anatomically matched:
- cortical continuity is preserved
- articular surfaces are reciprocal
- spacing is consistent
There is no obvious indication here of cut-and-paste fabrication or random animal-bone assembly in this slice.
7. Functional interpretation
This hand does not look optimized for:
- precision human-style fingertip manipulation
It does look compatible with:
- clasping
- bracing
- climbing
- hydrostatic pushing/pulling
- slow forceful grasping
The architecture suggests a mechanically unified limb rather than isolated fingers.
8. Taxonomic impression
Combined with:
- hollow phalanges
- dense proximal articulation hub
- recurved ventral brace
- enlarged sesamoid-like element
- tridactyl symmetry
the structure does support descriptors such as:
- basal tetrapod
- paedomorphic
- amphibious
- non-mammalian derived manus
The overall construction does not read as conventionally human, camelid, or straightforwardly fabricated mammalian anatomy.
Future spacecraft may be able to “think” for themselves.
NASA is testing a next-gen space processor that can withstand the harsh conditions of space, while improving computing power. So far, testing shows it operating at 500 times the performance of chips currently in use. https://t.co/aqAsJxhRCA