Are we from the stars?

Kryon presents the idea that human beings might have originated from the stars, specifically suggesting intervention by an advanced extraterrestrial race known as the Pleiadians. This concept challenges the traditional view of human evolution, which posits that humans evolved naturally from earlier life forms on Earth.

Key Points:

Timeline and DNA Changes

• Significant DNA Shift: Approximately 200,000 years ago, human DNA underwent a drastic change. Before this period, humans had 24 pairs of chromosomes, similar to other primates. Suddenly, this number changed to 23 pairs, which cannot be explained by natural evolution alone. This change indicates a possible intervention that altered the course of human development.
• Scientific Anomalies: Research in anthropology and genetics has identified anomalies in human DNA, leading scientists to question the traditional evolutionary narrative. These anomalies suggest a sudden and unexplainable shift in human DNA structure, pointing to potential external influences.

Pleiadian Intervention

• Purposeful Intervention: Kryon suggests that this DNA alteration was intentional and executed by the Pleiadians, an advanced extraterrestrial race from the stars. The Pleiadians possess a deep understanding of DNA and intervened to seed humans with their genetic material.
• Seeding with Love: The Pleiadians did not randomly alter human DNA but did so with purpose and love. Their goal was to prepare humanity for a higher level of consciousness, enabling humans to develop compassion and advanced cognitive abilities.

Connection to the Stars

• Cosmic Origins: Kryon posits that humans are not a product of Earth’s natural evolutionary processes alone but have cosmic origins. This connection to the stars is intrinsic to human DNA, making humanity part of a larger cosmic family.
• Pleiadian Presence: The Pleiadians did not leave after altering human DNA. Instead, they remain connected to humanity, guiding its development toward a compassionate and advanced race. This ongoing connection suggests that humans are not alone in the universe.

Evidence and Implications

• Scientific Exploration: As science progresses, more evidence is emerging to support the idea of non-natural DNA changes. Researchers are finding anomalies in human DNA that challenge the notion of purely natural evolution, suggesting a possible extraterrestrial influence.
• Cosmic Family: Kryon emphasizes that many planets host life forms similar to humans, and these beings are part of a cosmic family. They are waiting for humanity to reach a level of maturity that allows for contact and cooperation.
• Reevaluation of History: Traditional narratives often depict extraterrestrial beings as enemies or conquerors. Kryon suggests the opposite: these beings may be benevolent guides who have seeded humanity with potential for growth and advancement.

Looking to the Future

A Reunion Awaiting: Kryon envisions a future where humanity reaches a state of consciousness that allows for a reunion with their cosmic family, including the Pleiadians. This event will be characterized by love and mutual recognition of shared origins.

Potential for Growth: As humans explore their cosmic origins and embrace higher consciousness, they may unlock new potentials within their DNA. This growth aligns with the Pleiadians’ intention of seeding a compassionate and mature race.

mtDNA

Key Evidence and Concepts:

Mitochondrial Eve:

• Scientists believe that all 7.5 billion people on Earth today are descended from a woman known as Mitochondrial Eve, who lived around 200,000 years ago in eastern Africa.
• Mitochondrial Eve’s descendants can be traced using mitochondrial DNA (mtDNA), which is passed down maternally.

Mitochondrial DNA:

• MtDNA is inherited only through females, although both men and women possess it. However, a man’s mtDNA is not passed to offspring because it resides in the sperm’s tail, which does not enter the egg during fertilization.
• This principle allows scientists to trace human ancestry and migration patterns through mtDNA haplogroups.

Research and Findings:

• In 1987, a pivotal study using mtDNA from various populations concluded that all human mtDNA originated from a single population in Africa, dating back to 140,000 to 200,000 years ago.
• This research involved data from 145 women and two cell lines, linking modern humans to a common ancestry.

Events and Timelines:

Early Human Migration:

• Around 200,000 years ago, humans lived near Lake Victoria, Serengeti Plains, and Mount Kilimanjaro.
• Human migrations starting between 150,000 and 100,000 years ago.

Migration Out of Africa:

• Approximately 60,000 to 80,000 years ago, mtDNA types L2 and L3 expanded across Africa.
• Around 50,000 to 60,000 years ago, L3 type humans moved to Southwest Asia, giving rise to the M and N haplogroups, from which all non-Africans are descended.
• A small group left Africa, with only two mtDNA lineages (M and N) surviving.

Global Spread of Haplogroups:

• M and N types moved from India to Australia around 50,000 to 40,000 years ago, when lower sea levels during the Ice Age facilitated land travel.
• These groups were among the first navigators, possibly constructing rafts to cross seas near Indonesia.
• Various mtDNA types emerged as people spread:
  • Types I, U, H, and V migrated to Europe.
  • Type X moved to Siberia.
  • A, B, and F appeared in East Asia.
  • C, G, and D also emerged, with Type D advancing to Japan via Korea.
• By 33,000 years ago, the Last Glacial Maximum began, with large ice sheets covering Europe and North America, and sea levels 120 meters (394 feet) lower than today.

People of the Americas:

• Around 25,000 years ago, haplogroups A, B, C, and D spread to eastern Siberia and eventually crossed into the Americas via the Bering land bridge during the Ice Age.
• Approximately 15,000 years ago, these groups began moving from Alaska to South America as temperatures rose and ice sheets retreated.
• An ice-free corridor between the Laurentide and Cordilleran ice sheets allowed further southward migration by 12,600 years ago.

Late Ice Age and Beyond:

• The Younger Dryas period (12,900–11,700 years ago) saw a sudden cooling due to a massive freshwater release from Lake Agassiz affecting global climates.
• During this time, Type B mtDNA spread to the Philippines, Borneo, Madagascar, and Polynesia, with movements continuing until about 1,000 years ago.

Current Distribution of Haplogroups:

• The distribution of various haplogroups today reflects these ancient migrations:
  • Africa: L types
  • Asia and Australia: N, M, R, and F types
  • Europe: U, I, T, H, V types
  • Americas and Pacific: A, B, C, D, X, Y, Z types