Lunar Legacy: Physics Professor Plans Moon Burial for Genetic Immortality

Lunar Legacy: Physics Professor Plans Moon Burial for Genetic Immortality

A Lunar Farewell: Physics Professor Plans Extraterrestrial Legacy with Moon Burial

In a unique and ambitious move, 86-year-old physics professor Ken Ohm from Kansas has partnered with a Texas-based company to launch his DNA to the moon after his death, envisioning the possibility of aliens creating an army of his clones.

This unconventional plan, reminiscent of a science fiction plot, reflects Ohm’s lifelong passion for space and his thwarted dream of becoming an astronaut due to his height.

A Celestial Partnership:

Teaming up with Celestis, a company specializing in launching human remains into space since 1994, Ohm’s lunar burial comes with a price tag of $12,500.

Celestis, which has conducted space burials for individuals from over 35 nations, offers various options, including Earth Rise and Earth Orbit memorials with different cost points.

A Lunar Memorial and Intergalactic Speculation:

Ohm sees his lunar journey not only as a chance for extraterrestrials to discover his genetic information but also as a unique memorial.

He envisions that, during a full moon, his descendants will gaze skyward, acknowledging that “Old Ken has his DNA up there.”

Ohm’s decision to choose the moon as his final resting place is a nod to his enduring fascination with space.

Astronaut Dinner and Memorial Services:

Celestis provides a comprehensive experience for families and friends, starting with an astronaut dinner and memorial service before the rocket launch.

Family members receive a personalized video of the experience and an official Certificate of Mission Completion, outlining the mission’s achievements.

Notable Precedent:

The concept of lunar burials is not entirely new. In 1999, planetary geologist Eugene Shoemaker became the first person to have his ashes sent to the moon, fulfilling his dream despite being unable to become an Apollo astronaut due to a medical condition.

The tribute was orchestrated by Carolyn C. Porco, a planetary scientist.

Return to Earth and the Impact of Space Burials:

Most space burials are suborbital, meaning the ashes released do not remain in orbit but return to Earth, scattered miles from the launch site by gravity and wind. Companies like Ascension Flights claim that these particles, as they return to Earth, contribute to raindrops and snowflakes, stimulating plant growth.

Space burials, in various forms, have become a symbolic and meaningful choice for individuals seeking a connection to the cosmos.

Conclusion:

Ken Ohm’s unconventional choice to send his DNA to the moon adds a new chapter to the evolving landscape of space burials.

As technology advances and commercial space travel becomes more accessible, individuals like Ohm find innovative ways to leave a lasting mark on the final frontier.

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