The series, which cast scientists and engineers as heroes, inspired generations of researchers – and envisioned a world of mobile communications, talking computers, advanced medicine and cooperation between nations.
On September 8, 1966, NBC aired "The Mantrap," the first episode of "Star Trek” which came to the screen. Viewers met a ship space that set out to explore new worlds, but the great innovation wasn't just the Enterprise or the aliens. At the heart of the series was a belief that was unusual for its time: that humanity could overcome war, racism, and deprivation, and build a future where curiosity, knowledge, and cooperation were more important than conquest.
Six decades later, the Vulcan greeting “live long and prosper” sounds almost like a fitting holiday greeting. The franchise that began with a 79-episode low-budget series has expanded into numerous series, feature films and generations of fans. The 60th anniversary was marked by special screenings and events around the world, including an attempt in London to break the Guinness World Record for the most people giving the Vulcan salute together. Even the International Space Station joined in the celebration, with European Space Agency astronaut Sophie Adeno carrying the Starfleet Delta insignia.
A legend that wasn't born as a hit
It’s easy to forget today that “Star Trek” wasn’t a huge success during its original run. Ratings were mediocre, a fan-letter campaign saved it from cancellation once, and in 1969, NBC pulled the show from the air after three seasons. At that point, there was no guarantee that the Enterprise would take off again.
is also William Shatner, Captain Kirk, did not emerge from the cancellation a wealthy man. His marriage fell apart, he struggled to find roles unrelated to his character on the series, and between regional theater appearances, guest roles, and low-budget films, he lived for a time in a trailer mounted on a pickup truck. He later said that he did not receive royalties from the 1970s reruns: the arrangements for paying actors for reruns were formed too late for the original series crew.
It was precisely those reruns, from which Shatner did not profit, that brought the series back to life. Local stations rebroadcast the 79 episodes, and a new audience – young, loyal and organized – discovered them. In 1972, about 3,000 fans came to the first major convention in New York; within two years, the number of participants had quadrupled. In 1976, a fan campaign even convinced NASA to name its first space shuttle “Enterprise.” The animated series and the first film followed, and the partial commercial failure of the late 1960s became one of the most enduring cultural phenomena of the television era.
This is perhaps the first lesson of “Star Trek”: sometimes a work is ahead of its time, and only the late audience recognizes what the early audience missed.
The scientists were the heroes.
Gene Roddenberry initially described the series as a “caravan to the stars,” a way to sell network executives a Western set in space. But on screen, something very different emerged. The Enterprise was not sent to establish colonies or plunder resources, but to explore, measure, understand, and communicate. The officers solved problems using physics, medicine, engineering, diplomacy, and moral debate—and only when those failed did the phasers come out.
For many children and teenagers, this was the first time a scientist, doctor, or engineer was presented as an adventurer and role model. Spock brought logic and skepticism to center stage; Scotty turned engineering into a life-saving profession; McCoy reminded us that even in a technological world, compassion must not be lost. Many scientists, astronauts, and engineers have said in their adulthood that the series helped them imagine themselves working in space, computers, or medicine.
The Bridge crew itself was a statement. At the height of the Cold War and the civil rights struggle, an American, an African-American, a Japanese, a Russian, a Scotsman, and a half-alien appeared together – not as a collection of adversaries, but as professional crew members working towards a common goal. The vision was not without contradictions, and behind the scenes the reality was far from utopian, but the very presentation of a multicultural and relatively egalitarian future was bold in American television in the 1960s.
The Vulcan blessing also has distinct Jewish roots. Leonard Nimoy said that as a child he watched the priestly blessing at the Orthodox synagogue where his family worshipped in Boston and was fascinated by the hand movements. About 25 years later, he transformed it into Spock's blessing (although with one hand rather than two hands as in the original blessing). The phrase "live long and prosper" was written by science fiction writer Theodore Sturgeon, but it naturally blended into the movement that originated from the biblical blessing for peace and protection.
Technology was a means, not the main thing
The mobile communicator later resembled a cell phone; data panels preceded tablet computers; the ship’s computer responded to natural speech; doors opened on their own and medical devices scanned the body without surgery. Not all of these were direct predictions, and some relied on ideas already circulating in science and literature, but the series gave them clear visual form. Engineers could look at the screen and ask not just “Is this possible?” but “How could we build something like this?”
Other ideas remain far away. Sending people from place to place, creating entire objects from energy, and flying faster than light are not yet real technologies. And yet, even the warp drive has seeped into scientific language. In 1994, physicist Miguel Alcubierre showed that the mathematics of general relativity allows us to describe a space bubble in which a spacecraft does not traverse space faster than light, but rather space contracts in front of it and expands behind it. The model requires exotic matter and negative energy and is not an engineering plan, but its very existence demonstrates the fruitful dialogue between scientific imagination and science.
The future that really matters
The great achievement of “Star Trek” is not the list of objects that its creators predicted. The series suggested that technological progress alone is not enough: a fast ship, a smart computer, or a powerful energy source do not guarantee a decent society. To do this, tolerance, responsibility, curiosity, and a willingness to recognize the right of others to be different are also necessary.
This is also the difference between “Star Trek” and many dark futuristic works. It did not ignore dangers – war, fanaticism, unbridled artificial intelligence, weapons of mass destruction and destructive intervention in other cultures – but insisted that the future did not have to be a disaster. People can learn. Institutions can improve. Adversaries can become partners. Science can be used not only to exert power, but to expand the boundaries of knowledge and freedom.
Sixty years after the premiere episode, this is still the boldest part of the vision. The show’s technologies are gradually becoming familiar, but the society it sought to imagine remains a distant destination. Perhaps that’s why viewers keep returning to the Enterprise: not to escape the present, but to remind themselves that it’s possible to imagine a better future—and then to start building it.
Questions and Answers
When did "Star Trek" first air?
The first episode to air, "The Mantrap," aired on NBC on September 8, 1966. The original series ran for three seasons and ended in 1969.
Was the series an immediate success?
No. The ratings on the original broadcast were mediocre and the series was canceled after 79 episodes. The great popularity was built in the 1970s, when reruns exposed it to a wide audience and created an active fan community.
Did William Shatner get rich from the reruns?
No. Shatner said he received no royalties from the re-release of the series in the 1970s. After its cancellation, he ran into financial difficulties and worked in theater, guest roles, and low-budget films, and for a time even lived in a trailer on a pickup truck.
Which technologies from the series resemble real products?
The caller resembles a mobile phone, the data panels resemble tablet computers, the ship's computer communicates by voice, and the diagnostic devices resemble advanced medical imaging. This is inspiration and visual imagination, not proof that the series alone invented these technologies.
Is a warp drive scientifically possible?
There are mathematical solutions to the equations of general relativity that describe the warping of space-time, including the Alcubierre model. They require conditions and exotic matter that we don't know how to create or control, so a practical warp drive is still science fiction.
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The theoretical warp drive requires element 115, also called moscovium. They managed to produce it and hold it for a few tenths of a second.
What about Star Trek: The Next Generation?