Skip to main content

What happen If You Met a Time Traveler?

  If time travel is possible, why haven't we met a single time traveler yet? And if we did meet one, how would we know they weren't faking it? In 1998, a gentleman by the name of John Titor arrived from the future. Or so he said. In his timeline, as he claimed, General Electric had managed to invent time travel in the year 2034. He even showed and described his time traveling device in great detail. And then Titor vanished, as abruptly as he appeared. Did he finish his mission? Or was he real at all? If we were able to prove that someone has traveled from a different time, it would be very cool for science. Although it might overwrite Albert Einstein's theory of relativity. Einstein approached time as a fourth dimension. Space is a three-dimensional spectrum that provides us with length, width and height. Time offers direction. Together, they form a space-time continuum. And it can be affected by gravity. According to Einstein's theory of relativity, gravity is a curve

What happen if we lost gravity for 5 second?

 


So get a grip and hold on tight. “Hang on, kid!” You’re in for a wild ride! Unless you’re an astronaut, you probably don’t spend a lot of time thinking about gravity. We all take gravity for granted, and it would be hard not to! Aside from a tiny sliver of the world’s population, most humans don’t know a life without gravity. From the Universe to our Solar System, to each planet, all the way down to our own bodies, gravity holds everything together. But since we tend to see gravity as a given, it’s hard for us to imagine just how helpless we’d be without it .. until it’s actually gone. Gravity is an attractive force between any two masses. The greater the mass, the greater the gravity. The greater the gravity, the stronger the pull. Gravity is the reason why Earth rotates around the Sun, why we experience high and low tide, and why we can walk on this planet without floating away! Most importantly though, gravity secures our atmosphere, holding in the air we need to breathe. In fact, there are a lot of things we can thank gravity for. So many though that if we tried to list them all here, we’d probably end up with a video longer than “Titanic.” So to give you an idea of how important gravity is, in a really, really short amount of time, we’re going to take it away from you. But not for too long. Just five seconds. Are you ready? With the world still spinning at its usual 1,600 km/h (1,000 mph) speed, everything that isn’t secured firmly to the ground would go flying. Cars, boats, trains, planes, well, obviously, but not like they normally do. More like this. The Earth spins faster along the equator, so the impact of zero gravity would be felt hardest there.  At the equator, you could experience winds almost six times stronger than the ones produced by Hurricane Katrina. That means that in just five seconds, you could be blown as far as 2.3 km (1.4 mi) in any direction! And not just you. There will be plenty of people, objects, and animals to look out for. Not to mention trees, soil, and mid-air floods from the world’s ponds, lakes, rivers and oceans! At the same time, the gases in the atmosphere would drift out into space. Not only are we now losing huge amounts of oxygen, but the sudden and sharp drop in air pressure would instantly shatter everyone’s inner ears.  And then there’s the planet itself, which is literally held together by gravity. Without gravity, the pressure of the Earth’s inner core will cause the planet to expand. It’s not like five seconds without gravity would cause the world to explode, but even a five-second expansion of the Earth’s inner core would cause some major earthquakes, and trigger huge volcanic eruptions. Add one more item to your list of dangerous things flying through the sky: Out in space, the planets in our Solar System that normally orbit the Sun, would instead start drifting away from it. Earth would follow its neighbors at a speed of 30 km/s (19 mi/sec). In just five seconds, it would have traveled 150 km (93 mi). That’s not far enough for our planet to be out of the habitable zone, but how habitable would Earth be after five deadly seconds without gravity? When gravity was restored, you’d hit the ground hard. If the impact didn’t kill you, or if you weren’t crushed by a heavy object, you would still be severely injured. “My back!” Hopefully, you’d catch your breath in time, with gravity pulling oxygen back down to Earth, and bringing the atmosphere back around the planet. But there would still be earthquakes and volcanic eruptions as the Earth’s core becomes compressed again. And there would still be massive flooding due to the significant displacement of the oceans. The number of casualties  would be astronomical. Not just from flying debris, lack of oxygen, or simultaneous natural disasters, but because in those five seconds without gravity, the Earth’s crust literally opened up and swallowed several major cities. So, yeah. A lot can happen in just five seconds. And that just goes to show how essential gravity is to life on Earth, and beyond! You may think you’re special, and you most certainly are! But just remember that you’re part of something bigger than you, and that’s what keeps you grounded. But don’t sink too low! Can you imagine how heavy you’d be if Earth’s gravity doubled? Well, that’s a story for another WHAT HAPPEN IF.

Comments

Popular posts from this blog

Jeff Bezos short biography

 Jeff Bezos is one of the most successful technology tycoons in the world currently he's the founder and CEO of amazon.com which is the largest retailer on the worldwide web the company has become a role model to every online retailer in the world standing on the fifth spot on the Forbes list of billionaires of the world Jeff Bezos is simply unstoppable today we talk about the success story of this innovative founder of amazon.com the company with today has a market cap of over 295 billion dollars was started out of Jeff's garage 30 years back the year was 1994 and Jeff was working diligently on Wall Street at 30 years old he began to see the internet revolution take place and made the decision to quit his job and start an Internet company a wake-up call was finding this startling statistic that web usage in the spring of 1994 was growing at 2,300 percent a year after making a list of the top 20 products that he could potentially sell on the Internet he decided on perks because

Stephen hawking short biography

    Born in the UK in 1942, Hawking’s schooling life started in London, moved to Hertfordshire, to Oxford for his undergraduate, and finally to Cambridge where he completed his PhD and went on to work as a physicist. Hawking was accepted into Oxford with a scholarship at the age of 17, and without mathematics being offered at the time, aka his ideal path, he decided instead to pursue physics and chemistry. Hawking was known to have found the undergraduate work as quote, “ridiculously easy”, and   believes that he only put in an hour or so per day for study, totaling in at around 1000 hours by the end of the three years. Despite this, Hawking graduated with a first class honours before moving to Cambridge University to complete his PhD. It was at this point in his life that he was diagnosed with amyotrophic lateral sclerosis, or ALS, a subtype of motor neuron disease. Motor neuron disease, or MND, is a disease that wreaks havoc upon the body. It attacks the somatic nervous system, i.e.

What happen If You Met a Time Traveler?

  If time travel is possible, why haven't we met a single time traveler yet? And if we did meet one, how would we know they weren't faking it? In 1998, a gentleman by the name of John Titor arrived from the future. Or so he said. In his timeline, as he claimed, General Electric had managed to invent time travel in the year 2034. He even showed and described his time traveling device in great detail. And then Titor vanished, as abruptly as he appeared. Did he finish his mission? Or was he real at all? If we were able to prove that someone has traveled from a different time, it would be very cool for science. Although it might overwrite Albert Einstein's theory of relativity. Einstein approached time as a fourth dimension. Space is a three-dimensional spectrum that provides us with length, width and height. Time offers direction. Together, they form a space-time continuum. And it can be affected by gravity. According to Einstein's theory of relativity, gravity is a curve