UFO'S of UAP'S, ASTRONOMIE, RUIMTEVAART, ARCHEOLOGIE, OUDHEIDKUNDE, SF-SNUFJES EN ANDERE ESOTERISCHE WETENSCHAPPEN

Half a century ago, the first humans stepped foot on Earth’s lonely natural satellite. Achieved over the course of several days and manned by three intrepid astronauts—Neil Armstrong, Buzz Aldrin, and Michael Collins—the lunar landing of Apollo 11 was the culmination of a project more than a decade in the making, and which involved more than 400,000 participants.

After fifty years, we are still seeing the influence of Apollo 11, which historian Arthur Schlesinger called the single greatest achievement of the 20th century. But what are the longer lasting implications of the 1969 moon landing?

I recently spoke with Rod Pyle, editor in chief of Ad Astra, the official publication of the National Space Society and author of First on the Moon: The Apollo 11 50th Anniversary Experience(for which Buzz Aldrin wrote the introduction). According to Pyle, understanding the longer-lasting influence of Apollo 11 requires a look back at the mindset behind United States leadership more than half a century ago.

“Apollo was a geopolitical program,” Pyle says, “but it was really designed to make a point: which was ‘We’re better than the Soviets. We have better scientists, we have better technicians, we have better engineering and better education, better systems of government.’ It achieved that handily and trounced them as a lunar effort, and they were trying and weren’t able to do it with people. So, it achieved that goal.”

However, Pyle also says that the speed at which Americans were able to put astronauts on the moon in 1969 placed some limitations on the usefulness of Apollo-era innovations for future projects.

“The problem was, it was done so quickly, and with such finesse, and was so purpose driven that although there were plans to use the Apollo hardware for other things, it was kind of a closed-end system. By 1972, we were done with the lunar missions. They had enough hardware left for three more: Apollo 18 through 20, [and] Nixon cancelled that shortly after the Apollo 11 flight.”

That isn’t to say that there weren’t still many applications for Apollo-era innovations, as well as those which came later under similar influence. “We had Skylab,” Pyle notes, “[and we had] the Space Station, and that was a legacy; we had the first cooperative flights between the U.S. and the Soviet Union with Apollo/Soyuz in 1975, and then it slowed down.

“We started working on the shuttle, which is a whole different approach,” Pyle also said. “It was supposed to be reusable—and it kind of was—it was suppose to be cheaper, and it kind of wasn’t. It wasn’t as safe as Apollo.”

However, it could be argued that in addition to being the single greatest achievement of the 20th century, the Apollo moon landings may have also been the most inspirational, in terms of the future of space exploration; whether directly or indirectly.

“I think the legacy of Apollo, besides the philosophical achievement, the sense of adventure, and so forth, is a couple of things,” Pyle told me. “Even pessimistic projections about the money spent say that there’s anywhere from between five dollars and twenty-one dollars returned for every dollar invested in Apollo. And that’s just talking in money terms. That kind of program—a space program—is one of the few things in which government money is all pumped back into American labor; there’s no outsourcing. It’s all happening in the U.S., with U.S. workers, so that’s a benefit.

“They’re developing technologies that have benefited us to this day; everything from computing, to medical—kidney dialysis, artificial joints—anti-scratch coating on the lenses of your glasses, the dust buster was a design descended from the vacuum they designed to vacuum inside the lunar module! So all kinds of spin-offs and benefits—including our cell phones, by the way—that have persisted through the years.”

But above all, Apollo 11 continues to inspire us.

“If I go up to the Jet Propulsion Lab, where I work from time to time, and I sit at a table in the cafeteria and [ask the employees], ‘what got you into this kind of work?’ Some people are gonna say Star Trek, some are gonna say Star Wars… but they all say the Apollo Program. ‘I wasn’t even alive then,’ in many cases they’ll say. ‘The Apollo Program really inspired me to do this’.”

The Eagle landing module, photographed by Michael Collins from Columbia.

I also asked Pyle about future missions to the moon, as well as our eventual journeys to Mars, and what we might be able to predict about the future of space travel based on our experience with the Apollo program.

“If we [look at] this planned return to the moon that Vice President Pence announced a few months ago, that hardware looks a lot like Apollo because it’s gotta do the same thing. So we’re not talking about winged space shuttles and things like that, we’re talking about a conical capsule—a blunt-body capsule just like the Apollo capsule, but a little bigger (that’s the Orion)—we’re talking about the Space Launch System (SLS), and possibly using the Falcon Heavy and one of Jeff Bezos’ rockets (which are all heavily derivative of the Saturn V). We’re talking about moon suits that are derivative from what was built for Apollo, and we’re talking about a lunar lander: the best candidate so far is Jeff Bezos’ Blue Moon lander which he’s been working on for a few years, which derives a lot of its technology core from the [Apollo] lunar module.

“So between us and the Soviet Union, we did a ton of the heavy lifting, and the picking of the low-hanging fruit back in the 1960s, and now we’ve come full circle and we’re revisiting all that technology, to try and get back beyond Earth orbit, back to the moon, land on that south polar region where we know there’s big deposits of water ice, and see if we can use that water ice to stay there, and go beyond. Because where you’ve got water, you’ve got drinkable water, you can make breathable oxygen, and critically you can make rocket fuel out of it—you can make hydrogen and oxygen rocket fuel.

“And with that, because you’re already out of the gravity well of the Earth, the solar system is your backyard! So that kind of is the big goal right now, and it all stems directly from the Apollo missions.”

In essence, the legacy of the Apollo missions remains veryrelevant today, and in likelihood, they will remain so for decades to come. Even with the passing of half a century, the achievements of the Apollo 11 lunar landing continue to shape the way we study space… and help to sharpen our sights for future avenues toward exploration of the cosmos.

For millennia the moon held a powerful place in out consciousness, entrenched in myths and legends around the world since our brains were able to comprehend and wonder on such things, and inspiring awe and wonder. As our species evolved and learned of the universe and how planets worked the moon lost none of its allure, becoming a target for our next age of discovery, only now rather than some mysterious landmass out past the vast ocean this was an alien place lying through the cold stretches of space, a specter that for so long seemed unreachable. In 1969, we finally made it, conquering the moon with the first man to set foot upon it, American astronaut Neil Armstrong of the Apollo 11 mission, and opening a new chapter into a brave new world of discovery. It would only be a matter of time before someone would be buried there, and there is one man who is. This is his story.

Back in the 1960s, there were few planetary scientists as illustrious or esteemed as the great Eugene Merle Shoemaker. A gifted scientist, he had been enrolled in CalTech, in California, at the tender age of just 16, and went on to earn his bachelor’s degree at 19, after which went on to earn his his Ph.D. degree at Princeton. He became involved in doing research for the United States Geological Survey in 1950, for which he scouted out uranium deposits in Utah and Colorado and did investigations into volcanic processes and deposits, before going on to study meteor impact craters, notably the 570-foot-deep (173-meter) Barringer Meteor Crater in Arizona. Indeed, he would be the one to prove that it was the actual impact of a meteorite, and this is just one of his many major accomplishments.

Neil Armstrong on the moon

Shoemaker became an expert in impact craters, and was instrumental in not only progressing our understanding of terrestrial craters but also analyzing the craters of the moon, in the process providing the first map of the moon and revolutionizing our understanding of lunar geology, and in fact many of the craters and geological features of the moon were named by him. Shoemaker would also be the one who first came up with the hypothesis that a meteor impact was what had killed the dinosaurs, now accepted as scientific fact, and shed much illumination on our understanding of meteor impacts in general. So important were his contributions to his field that Shoemaker is considered one of the fathers of the emerging discipline of planetary science and astrogeology, and in 1960 he founded the Astrogeology Research Program within the United States Geological Survey. He would also have a hand in training astronauts, and he would have been an astronaut himself if he had not been diagnosed with an adrenal gland disorder known as Addison’s disease and disqualified.

During his career, Shoemaker earned various awards and accolades, notably he was awarded the the John Price Wetherill Medal from the Franklin Institute in 1965 and the National Medal of Science by then-president George H.W. Bush in 1992, he was also a prominent commentator on the space missions Apollo 8 and Apollo 11, and he was the lead geologist and investigator for Apollo 11, Apollo 12, and Apollo 13 findings. However, what would really propel his shining star into the stratosphere was his 1994 discovery of the Shoemaker-Levy 9 Comet, which crashed into the planet Jupiter, the impact of which left a gaping wound on the surface and was televised around the world to make him a household name.

In his later years, Shoemaker became involved in traveling around the world looking for undiscovered impact craters in far-flung remote places along with his wife and fellow scientist Carolyn, but his main object of interest was always the moon, a place he had been denied a chance of ever actually going to. On July 18, 1997, Shoemaker and his wife were on one of these excursions at a remote and rugged place called the Tanami Track, in the desolate wilds of the Australian Outback, when they were tragically involved in a car crash. The crash would kill Eugene Shoemaker and seriously injure Carolyn, and thus one of the greatest scientific minds of the 20th century was lost to us. However, he still had one more pioneering achievement in him, even in death.

Eugene Shoemaker

To help Shoemaker finally reach his beloved moon, which he had long been unable to go to because of his medical condition, a space burial company called Celestis was tasked with designing a specialized urn which could hold the late scientist’s ashes and be outfitted onto a spacecraft to launch them into space. The capsule holding the remains was then put aboard a space probe called the Lunar Prospector on Jan. 6, 1998 and sent to the moon bearing a brass foil wrapping upon which is laser etched images of image of the Hale-Bopp Comet and the Arizona crater he had long studied, as well as the quote from Romeo and Juliet:

And, when he shall die
Take him and cut him out in little stars
And he will make the face of heaven so fine
That all the world will be in love with night
And pay no worship to the garish sun.

The probe would make it to the moon, where it was crashed into the lunar South Pole along with its cargo, burying it there forevermore. It was a momentous occasion, because although there had been human remains sent to space before, most notably those of Star Trek creator Gene Roddenberry in 1992, these actually almost always had fallen back to earth to burn up on reentry. This was the first time, and still the only time, these remains had actually been taken to land and rest on an extraterrestrial planetary body. It was Eugene Shoemaker’s final mission, and he had made it to the moon after all, with his wife saying, “It brings a little closure, in a way, to our feelings. We will always know when we look at the moon, that Gene is there.”

Although Shoemaker was the first and so far only person to ever be buried on an off world body, this is set to change in the coming years, as the same company has ramped up its program to send human remains to the moon, for a price. For the princely sum of $12,500 per gram of cremated remains you too can be sent off to the moon to make history, and it seems like only a matter of time before there are more people up there to join Shoemaker in his eternal rest. For now it is only him out there in the void, just as groundbreaking in death as he was in life, and it seems like it is a fitting resting place for such a pioneer of space sciences.