Real-life Starship?

[batsoy]

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MASOMA – Material Sourcing and Management | This is What NASA

[Bangkilan]

theoretically yes!

WD is possible using negative energy to create a rupture in the space-time

that would move space around the object propelling it at F.T.L. velocities.

[cptn_star]

This is the only real starship I know of.

[#tag]

Aside from the physics of Star Trek, how could that (OP) be anymore realistic than the fictional starship Enterprise?

[Sarevok]

We need a Cochrane.

[POPiO]

We need a Cochrane.

ahahahahaha...

[cromagnon]

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45 years ago today—on July 16, 1969—astronauts Neil Armstrong, Buzz Aldrin, and Michael Collins launched to the Moon on top of the mightiest spaceship ever built. These amazing photos from NASA's vaults show how they built and launched that spaceship—I look at them in awe and admiration.
It was the most important trip in the history of humankind, a trip that many deemed impossible—some people still do think it's impossible—an odyssey that started many years before andchanged our perception of the world itself.
Only eight years before this day—on on May 25, 1961—Kennedy announced a plan to go to the Moom. It was a plan that they didn't have. In fact, the mere idea was one that almost everyone thought was impossible to do in that timeframe. Just think about this: The United States only launched its first man to space on May 5, 1961—and he didn't even orbited the Earth. That happened after Kennedy's announcement, on February 20, 1962.
And yet, they did it. The United States was fighting against all odds to beat the Soviet Union on the race to the Moon. The effort turned the country into a technological powerhouse like no other in the world, catapulting it decades ahead of everyone else, with more engineering students getting out of college than ever with the sole intention of participating in the greatest, most amazing project ever imagined.
Enjoy these images of an era long gone.
January 4, 1969. Lunar Module (LM) 5 ascent stage in Final Assembly Area on overhead hoist being moved to dolly for roll-out inspection


Photo: NASA

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February 21, 1969. Workers prepare the S-IC first stage in the transfer aisle of the Vehicle Assembly Building


Photo: NASA/Project Apollo Archive

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February 21, 1969. A crane lifts the S-IC first stage in preparation for stacking on a mobile launcher within the VAB's High Bay 1


Photo: NASA/Project Apollo Archive

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March 6, 1969. Arrival of Apollo 11 Instrument Unit (IU) at KSC aboard Super Guppy


Photo: NASA/Project Apollo Archive

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March 21, 1969. The S-II second stage is moved into position for mating with the S-IC first stage inside the KSC vehicle assembly building (VAB)


Photo: NASA/Project Apollo Archive

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March 21, 1969. The S-IVB third stage is hoisted for mating to the second stage


Photo: NASA/Project Apollo Archive

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March 21, 1969. The S-IVB third stage is moved into position for mating


Photo: NASA/Project Apollo Archive

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March 21, 1969. Workers prepare the S-IVB for mating of the Instrument Unit, which houses guidance, control and other Saturn V systems

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Photo: NASA/Project Apollo Archive

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March 21, 1969. The instrument unit for the Saturn V launch vehicle, AS-506, used to propel the Apollo 11 lunar landing mission, is lowered into place atop the third (S-IVB) stage in the vehicle assembly building at the NASA Kennedy Space Center (KSC).


Photo: NASA/MSFC Photo Archive

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The final assembly stacking of Command Module at the North American plant, Tulsa, Oklahoma.


Photo: NASA

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April 1, 1969. Apollo 11 command service module (CSM 107) is moved from Chamber L to the work stand in preparation for the first manned lunar landing. (Also shown in the background, is Apollo 12 CSM 108.)


Photo: NASA/KSC Photo Archive

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April 4, 1969. Lunar Module 5 (LM-5) move from landing gear fixture and mate to Saturn launch adapter


Photo: NASA/KSC Photo Archive

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4 April, 1969. Interior view of the Kennedy Space Center's (KSC) Manned Spacecraft Operations Building showing Lunar Module (LM) 5 being moved from work stand for mating with its Spacecraft Lunar Module Adapter (SLA)


Photo: NASA

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The command and service modules for Apollo 11 are installed in the altitude chamber of the Manned Spacecraft Operations Building at NASA's Spaceport.


Photo: NASA/Project Apollo Archive

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April 11, 1969. The command and service modules for Apollo 11 (Apollo Spacecraft 107) move from 134 work stand and final mate to Saturn launch adapter inside the Kennedy Space Center's (KSC) Manned Spacecraft Operations Building


Photo: NASA

Photo: NASA/Project Apollo Archive

Photo: NASA/KSC Photo Archive

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May 1, 1969. The Apollo 11 spacecraft assembly is hoisted for mating to the launch vehicle


Photo: NASA/Project Apollo Archive

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May 1, 1969. Mating of the Apollo 11 spacecraft to the Saturn V launch vehicle


Photo: NASA/Project Apollo Archive

May 20, 1969. Side view of Apollo 11 in VAB on the morning of rollout


Photo: NASA/Project Apollo Archive
May 20, 1969. Apollo 11 CM / Saturn stack on rollout day.


Photo: NASA/Project Apollo Archive
May 20, 1969. Carrying the 363-foot-high Apollo 11 Saturn V rocket and mobile launcher, the crawler inches out of the Vehicle Assembly Building on the journey to Launch Pad 39A.

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Photo: NASA
May 20, 1969. Saturn V SA-506, the space vehicle for the first lunar landing mission, is rolled out of the Vehicle Assembly Building and down the 3.5 mile crawlerway to Launch Complex 39-A

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Photo: NASA

Photo: NASA/MSFC Photo Archive
May 20, 1969. The Saturn V moves at one mile per hour down the crawlerway toward pad 39A


Photo: NASA/Project Apollo Archive

Photo: NASA/Project Apollo Archive

Photo: NASA/Project Apollo Archive
May 20, 1969. Aerial view of Apollo 11 as it nears the end of rollout


Photo: NASA/Project Apollo Archive
June 10, 1969. The Apollo 11 crew walk past the base of the massive Saturn V first stage during a walk-through emergency egress test


Photo: NASA/Project Apollo Archive
July 1, 1969. Dr. Wernher von Braun in Front of the Apollo 11 Spacecraft


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Photo: NASA/MSFC Photo Archive
July 1, 1969. SA-506 and Mobile Service Structure on launch pad 39A

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Photo: NASA/Project Apollo Archive
July 1, 1969. The Mobile Service Structure (MSS) approaches the Saturn V on pad 39A


Photo: NASA/Project Apollo Archive
July 2, 1969. SA-506 (Apollo 11) vents liquid oxygen during a Countdown Demonstration Test


Photo: NASA/Project Apollo Archive
July 7, 1969. View of Apollo 11 Saturn V from the top of the launch tower


Photo: NASA/Project Apollo Archive
July 11, 1969. A technician works atop the white room, through which the astronauts will enter the spacecraft


Photo: NASA/Project Apollo Archive
July 11, 1969. The MSS moves down the pad 39A ramp, leaving the Saturn V alone during a Countdown Demonstration Test


Photo: NASA/Project Apollo Archive
July 11, 1969. Searchlights illuminate the Apollo 11 space vehicle at Launch Complex 39A during a Countdown Demonstration Test


Photo: NASA/Project Apollo Archive
Pad Leader Guenter Wendt, kneeling, supervises the egress of Apollo 11 crews from spacecraft following a countdown demonstration test. Visible in hatchway is Command Module Pilot Michael Collins.


Photo: NASA
16 July, 1969. The crew of the Apollo 11 lunar landing mission arrives atop Pad A, Launch Complex 39, Kennedy Space Center, during the Apollo 11 prelaunch countdown. Leading is astronaut Neil A. Armstrong, commander. He was followed by astronaut Michael Collins, command module pilot. Technician follows directly behind Armstrong and Collins.


Photo: NASA
July 16, 1969. Saturn V SA-506 at the moment of ignition


Photo: NASA/Project Apollo Archive
Launch of Apollo 11


Photo: NASA

Photo: NASA/Project Apollo Archive

Photo: NASA/Project Apollo Archive

Photo: NASA/Project Apollo Archive

Photo: NASA/KSC Photo Archive
Apollo 11 liftoff as viewed by a launch tower camera


Photo: NASA/Project Apollo Archive

Photo: NASA/Project Apollo Archive
Liftoff of Apollo 11 as viewed from the LC-39 press site


Photo: NASA/Project Apollo Archive
Apollo 11 has cleared the tower


Photo: NASA
Personnel in the Launch Control Center watch the liftoff


Photo: NASA/KSC Photo Archive
Apollo 11 climbs toward orbit

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Photo: NASA/GRIN
Apollo 11 as viewed from an Air Force EC-135N plane. A 70mm Airborne Lightweight Optical Tracking System (ALOTS) camera took this picture.


Photo: NASA/GRIN
ALOTS tracking camera mounted on an Air Force EC-135 aircraft flying at about 40,000 feet altitude photographed this event in the early moments of the Apollo 11 launch.

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Photo: NASA
Separation of the first stage. The mated Apollo spacecraft and Saturn V second (S-II) and third (S-IVB) stages pull away from the expended first (S-1C) stage. Separation occurred at an altitude of about 38 miles, some 55 miles downrange from Cape Kennedy.


Photo: NASA
Image curation—Attila Nagy | Text—Jesús Díaz
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