Remains or DNA samples of numerous Star Trek actors/creators to be sent into space

Because the space burial company Celestis has now made agreements to fly into space the remains or DNA samples of so many actors or creators from the classic Star Trek television series on its next burial flight, it has named that flight its “Enterprise Mission.”

Slipping the gravitational bonds of Earth early next year, the Enterprise Flight will blast off in early 2023 using United Launch Alliance’s Vulcan rocket carrying additional cremated remains and DNA samples of “Star Trek” creator Gene Roddenberry, his wife Majel Barrett Roddenberry, “Star Trek” engineer James “Scotty” Doohan, and “2001: A Space Odyssey” VFX wizard Douglas Trumbull.

The Enterprise Flight’s trajectory will send the spacecraft roughly 93 million miles to 186 million miles (150 million to 300 million kilometers) into deep space beyond our familiar Earth-moon system. Celestis’ memorial mission intends on launching over 200 space burial flight capsules comprised of cremated ash remains, special messages, mementos and DNA samples from a range of international customers headed towards the great mystery of interplanetary space.

The flight will also include the remains or DNA samples from special effects artist Greg Jein, the series original associated producer Robert H. Justman, and actors Nichelle Nichols and DeForest Kelly.

What makes this burial flight especially unique is that the cremated remains and DNA samples will apparently be on a part of the Vulcan rocket that will escape Earth orbit and enter solar orbit.

A galactic starship Enterprise

A galactic starship Enterprise
Click for full image.

Cool image time! The image to the right, cropped and reduced to post here, was taken by cameras on the Hubble Space Telescope. From the caption:

The subject of this image is a group of three galaxies, collectively known as NGC 7764A. They were imaged by the NASA/ESA Hubble Space Telescope, using both its Advanced Camera for Surveys and Wide Field Camera 3. The two galaxies in the upper right of the image appear to be interacting with one another. The long trails of stars and gas extending from them give the impression that they have both just been struck at great speed, thrown into disarray by the bowling-ball-shaped galaxy to the lower left of the image. In reality, interactions between galaxies happen over very long time periods, and galaxies rarely collide head-on with one another. It is also unclear whether the galaxy to the lower left is interacting with the other two, although they are so relatively close in space that it seems possible that they are.

This galaxy group is estimated to be about 425 million light years away, though that number might be different for the galaxy in the lower left.

James Doohan’s ashes have been on ISS for the past dozen years

Video game developer Richard Garriott admitted in an interview this week that when he flew to ISS as a space tourist in 2008 he smuggled some of the ashes of the late James Doohan, who played Scotty on Star Trek, to hide there.

[Garriott] printed three cards with Doohan’s photo on them, sprinkling ashes inside and then laminating them. He then hid the cards within the flight data file, which was cleared for the flight (the cards were not). “Everything that officially goes on board is logged, inspected and bagged — there’s a process, but there was no time to put it through that process,” he said.

…According to Garriott, one of the cards is on display in Chris Doohan’s home, while another was sent floating in space, where it would have inevitably burned up when re-entering the Earth’s atmosphere.

The third card, however, remains in the ISS, hidden beneath the cladding on the floor of the space station’s Columbus module, where Garriott hid it. “As far as I know, no one has ever seen it there and no one has moved it,” he said. “James Doohan got his resting place among the stars.” Since being hidden in the ISS, Doohan’s ashes have travelled nearly 1.7 billion miles through space, orbiting Earth more than 70,000 times.

I hope that now that Garriott has revealed the location of that third card, the petty dictators at NASA and Roscosmos won’t insist that it be removed. For ISS having the ashes of the world’s best space engineer on board can only be good luck.

And it might encourage the government workers at NASA and Roscomos to follow Scotty’s most sage advice, which to paraphrase is “Always under-predict and over-perform. It keeps their expectations low.”

Vulcan found?

Scientists have found a super-earth orbiting 40 Eridani-A, a star located sixteen light years away and proposed by Gene Roddenberry in 1991 as the home star for his race of logical Vulcans.

It turns out the letter authors’ prediction was right — a world really does orbit the primary star of the three-star 40 Eridani system. (Whether it’s home to a logic-based alien society, though, is anyone’s guess!)

The world is a super-Earth, the most common type of planet in the galaxy (though a type that’s missing from our solar system). At twice Earth’s radius and eight to nine times its mass, 40 Eridani b sits on the line that divides rocky super-Earths from gaseous ones. The planet orbits its star every 42 days, putting just inside the system’s habitable zone — in other words, where it’s nice and hot. At 16 light-years away, it’s the closest super-Earth known and therefore a good potential target for followup observations.

The discovery was made by a survey taking place using a relatively small telescope right here in the Tucson area, on top of Mount Lemmon. Most cool!

The Danish National Symphony Orchestra – Star Trek Medley

An evening pause: It is never a bad thing to listen to the music from Star Trek (though I would have preferred a larger percentage of this piece devoted to Alexander Courage’s original score).

Hat tip Willi Kusche.

Readers: If you want to contribute to Behind the Black, you can! I am in need of Evening Pause suggestions. If you haven’t suggested any before and want to now, comment here (without posting the link to your suggestion) and I will contact you!

The technology of Star Trek

On this, the fiftieth anniversary of the first airing of the first Star Trek episode, here is a fascinating look at the fictional technology of the series.

I remember that Thursday evening fifty years ago very well. As a teenager I had been suffering for years watching very bad and stupid television science fiction, like Lost in Space, written as if its audiences were five year old children and thus insulting them. Still, as an avid reader of science fiction that knew the genre was sophisticated and intelligent, I held onto the hope that some new science fiction show might finally do something akin to this.

Star Trek did this and more. That first episode had all the best elements of good drama and great science fiction: a mystery, an alien, a tragic figure, and an ancient lost civilization. From that moment until the series was cancelled, I would be glued to my television set when it aired.

You can watch that first episode if you wish, though with commercials. Click on the first link above to do so. In watching it recently when Diane and I decided to rent the original series from Netflix and watch them again, I was surprised how well this episode, as well as the entire first series, has stood up over time. It is not dated. Its drama remains as good. And you know, the writing is sometimes quite stellar, to coin a phrase.

“Vulcan” and “Cerberus” win the poll to name Pluto’s two unnamed moons.

“Vulcan” and “Cerberus” win the poll to name Pluto’s two unnamed moons. Key quote:

Vulcan was a late addition to the Pluto moon name contenders, and pulled into the lead after Shatner, building on his Capt. James T. Kirk persona, plugged the name on Twitter. Vulcan, the home planet of Kirk’s alien-human hybrid first officer Spock, is not just a fictional world in the Star Trek universe. It is also the name of the god of fire in Roman mythology, and officials at SETI added the sci-fi favorite to the ballot for that reason.

William Shatner proposes naming Pluto’s two unnamed moons Romulus and Vulcan.

William Shatner proposes naming Pluto’s two unnamed moons Romulus and Vulcan.

Astronomers running the Pluto moon naming campaign accepted Vulcan, adding it to the list a day after Shatner suggested it, but Romulus didn’t make the cut. “Mr. Shatner’s second suggestion, Romulus, has a bit of a problem because it is already the name of a moon,” Mark Showalter, an astronomer involved with the competition, wrote in a blog on the Pluto Rocks website on Tuesday. “Romulus, along with his brother Remus, are the names of the moons of the asteroid 87 Silvia. They were discovered by a team led by my good colleague Franck Marchis, now a senior scientist at the SETI Institute.”

An engineer has proposed in great detail building the USS Enterprise for the purpose of exploring the solar system.

If you build it they will come: An engineer has proposed using the USS Enterprise from Star Trek as a model for building an interplanetary spaceship for exploring the solar system.

Though similar in scale and appearance to the USS Enterprise (“it ends up that this ship configuration is quite functional,” Dan writes), the “Gen1 Enterprise” would be functionally very different. Firstly, the main nuclear-powered ion engine (boasting 1.5 GW of power) would strictly limit the Enterprise to intra-solar system missions, being incapable of anything approaching faster-than-light speeds. However, Dan claims that the Gen1 would be capable of reaching Mars from Earth within ninety days, and reaching the Moon in three.

The website is Build the Enterprise.

X-Prize offers $10 million prize for anyone who can build McCoy’s tricorder

Life imitates art: The X-Prize announced today a $10 million prize for anyone who can build McCoy’s tricorder from Star Trek.

The X PRIZE Foundation and Qualcomm Foundation said the prize, announced at the Consumer Electronics Show in Las Vegas, will go to the team that “develops a mobile platform that most accurately diagnoses a set of 15 diseases across 30 consumers in three days,” a release from the the two foundations said. The device must be light enough to be portable, weighing no more than 5 pounds.