In 1957 the BBC explained that Italians picked their spaghetti from “pasta trees.” And millions of Britons believed it

On April 1, 1976, Patrick Moore He entered the BBC Radio 2 morning show to comment on a curious astronomical phenomenon that was about to take place. He explained that, just at 9:47 that morning, Jupiter and Pluto would align with the Earth, producing a gravitational effect that would predictably be noticed throughout the planet. According to Moore, the most (re)known astronomer in England at the time, those who jumped at that precise moment would notice a brief but significant sensation of weightlessness. Just after 9:47 the BBC lines were jammed with people saying that, indeed, they had observed this decrease in gravity. The only problem is that it was all a joke. On April 1 (‘april fool’s day‘) is the Anglo-Saxon equivalent of our April Fool’s Day and Moore’s action was, indeed, an April Fool’s joke. A very successful prank: a woman even claimed that she and eleven other friends had been “dragged from their chairs and orbits gently around the room” as a result of the gravitational phenomenon. In 2008, the British network announced that a colony of flying penguins on King George Islandvery close to Antarctica. In fact, they made a video as you may have seen above. Another very funny one was the ’57 documentary about the “pasta trees” from which the Italians collected spaghetti. the dragons return The BBC has a long history of dabbling with pranks and science, but they’re not the only ones: to the now traditional BJM joke numberwe can add very funny jokes like NASA’s cow spacesuit, the Stonehege forgery by Martínez Ron or the one Nature published in 2015 about the existence of dragons. “Emerging evidence indicates that dragons can no longer be dismissed as creatures of legend and fantasy, and that anthropogenic effects on the global climate may be paving the way for the resurgence of these beasts,” they said in Nature. And, hey, it sounded like a great argument against climate change. In ’96, Discover Magazine published a long report about a new fundamental particle in physics, the bigon, and it was the size of a bowling ball. According to scientists, the only factor that prevents us from identifying them is that they only exist for a millionth of a second. The article ended on a wonderful note: “Is there any chance that bigon is just some kind of ridiculous April Fool’s Day joke, as almost every other physicist says? ‘People are so cynical,’ Zweistein replies. ‘Science,’ he notes, ‘routinely produces findings that seem too wonderful to be believed, and yet turn out to be true.’” But without a doubt my favorite joke was from CERN in 2015. That April 1st, they released a press release with a bang: they had found the “first unequivocal evidence of the Force.” Finally, so many millions invested were useful for something! As the researchers explained, many details were unclear and much remained to be investigated, but the preliminary results They indicated that this new physical phenomenon could be used for “long-distance communications, influencing minds, and lifting heavy things out of reservoirs.” The research was carried out by a research team led by the prestigious Professor Ben Kenobi from Mos Eisley University on Tatooine. So that later they say that scientists are not doing well. In Xataka | “It’s a little scary, but it’s normal”: in Sweden anyone can know how much their neighbor earns and it has been a success In Xataka | I asked the AI ​​any nonsense and now I’m writing a news story about it

There is a single opportunity in 11,000 years of reaching the planet Sedna. Some Italians want to use this nuclear engine

A team of Italian scientists has drawn a plan to achieve one of the most distant and enigmatic objects of our solar system: the Dwarf Planet Sedna. Two options. Research, Prepublished in Arxivdetails two concepts of spacecraft to drastically shorten the trip to Sedna. Not only with the aim of doing so in less time, but also quick enough to arrive before the dwarf planet immerses itself in the dark of deep space for thousands of years. One of them is a high -tech solar candle that, according to researchers, could make the journey in just seven years. The other is a nuclear fusion rocket that would do it in about ten, but with a great advantage: it could enter orbit once there. The moment is key. He Planet Sednadiscovered in 2003, has an extremely eccentric orbit that lasts about 11,000 years. In 2076 he will reach his perihelio, the point of his orbit closest to the Sun, although “close” is a relative term: it will be almost 11,000 million kilometers, about three times the distance from Neptune to our star. It is a unique opportunity in millennia to send a probe. With current rocket technology, such a trip would require between 20 and 30 years, which would force to develop in record time an incredibly complex and high -budget mission. The cheap alternative. The first option is A solar candle that takes advantage of the thrust of the photons of the sun To propel the ship, a concept already tested in missions such as Lightsail 2 of planetary society. However, this candle would go one step further: it would be covered with a material that, when heated with sunlight, released molecules through a thermal disorption process that provided an additional thrust. Thanks to Jupiter’s gravitational assistance, this ultralight ship could reach SEDNA in just seven years. The great advantage is that it would not need to load with the weight of the fuel. The disadvantage is that I could only overflow, quickly through Sedna, As did the New Horizons probe with Pluto. I would collect valuable data, but the meeting would be brief. The ambitious alternative. The second proposal is more ambitious: a rocket driven by the direct fusion engine that is already being developed in the Plasma Physics Laboratory of Princeton University. This engine would not only generate thrust, but also electrical energy from a controlled nuclear fusion reaction, offering continuous and powerful acceleration. A trip with the nuclear engine would have been ten years. Although it is slower than the solar candle, it has a major prize: the ability to insert the ship into the Sedna orbit, making possible a much more detailed long -term study of its surface, its composition and its interaction with the space environment compared to the solar candle. Why Sedna? Not only because it is a transneptunian object, an ice cream that orbits beyond Neptune. Its reddish surface and its extreme orbit make it a pristine relic of the formation of the solar system. Scientists believe Sedna could contain organic compounds and water ice, the original “bricks” of the planets. Since most of its time passes far from the Sun, its surface has been protected from radiation and heat, being almost intact. One of the most fascinating hypotheses is that Sedna could be an exoplanet captured by our solar system during a stellar encounter in the past. Being able to analyze its in situ composition would literally study material from another star system without leaving ours. Image | CSWANCMU (CC) In Xataka | Electronuclear and Nuclear Fusion Propulsion are the options of science to take us to deep space

Log In

Forgot password?

Forgot password?

Enter your account data and we will send you a link to reset your password.

Your password reset link appears to be invalid or expired.

Log in

Privacy Policy

Add to Collection

No Collections

Here you'll find all collections you've created before.