Science & Technology: Expectations vs Reality
The world is in a terrible state, not just because of the current pandemic and global tension. With old age catching up to us as we grow older than ever before, 2020 was hard all around. But let’s take some time out from our sadness today to look at six technologies that were once only seen on TV shows. The future of technology is exciting. It seems a lot more like the movies from our childhood than we might have ever thought. From flying cars to jetpacks- technology has come such an incredibly long way in just one short year.
So, what’s next for us? Let’s take a look at six technologies of Science and Technology in regards to Expectations vs Reality.
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Expectations vs Reality: Six Technology from Our Childhood Finally Here?
1- Flying Car
The car is a great invention that has helped shape our society. From the first modern cars in 1900, we now have automatic driving assist and parking features. In addition, they have Forward Emergency braking technology to prevent collisions before they happen. But what about flying vehicles? Well, Toyota has been experimenting with them for years and plans on introducing this commercially soon. They named it the Sky Drive So, while it seems that we’ll have to wait a while for our Deloreans, the future still looks bright.
2- Jetpacks – Expectations vs Reality
Despite many attempts by inventors to create a working prototype, the problem still lies in finding an efficient way for power sources. Experts have been struggling with this issue ever since Isaac Asimov predicted jetpacks back in the 1950s. He is a popular science fiction writer who once said they would be as common in 2031 as bicycles in 1916. Unfortunately, it’s not likely that we’ll see them anytime soon! The first working prototype was created as early as 1919. There have even been attempts by Bill Suitor during the 1984 Olympic Games when he piloted his Rocket Propelled Backpack.
In the future, it’s almost inevitable that we’ll be cyborgs. The term “cyborg” was coined in 1960, and it has been used for half-human, half-machine beings. People with technology implants in their brains to help them manage color blindness or RFID chips for easy access to locks and gadgets. These are just some examples of what’s possible when you think about how humanity will integrate more than ever before. The future of cybernetic implants is getting closer and more exciting with each day. This August, researchers created a material that can connect organic tissues to electronics. It can be easier for humans as well as improving electrical signals in the process.
4- Virtual Assistant
We all dream of the day when we can have a house full of robots and Iron Man-style mansions. But is it possible? Well, technically, yes! Smart assistants like Siri or Alexa are software that’s been built into our phones or watches. They will perform common tasks for us while also answering questions. Think about how helpful this would be in your daily life if you had one on hand at all times.
5- Universal translator
The days of picking up a foreign language are long gone, thanks to the universal translator. Now you can communicate with ease whether speaking or listening!
A new invention has made it easier than ever before for people worldwide who want an international experience without any struggles. It interacts with others from different cultures and traditions that exist out of our borders. Moreover, this handy gadget translates everything automatically into one’s native tongue.
Teleportation is the stuff of science fiction, but there’s a chance we could see it in our lifetime. In theory, perfect teleportation has been possible since 2017. The scientists teleported photons from one satellite 300 miles away to another orbiting above them both. Although it seems like something out of mind, that would only exist on TV or movies today. However, Michio Kaku -an American physicist and cosmologist, believes that teleportation will someday become a reality.
Expectations and reality constantly contradict each other for many situations in each phase. Scientists’ experiences are based on their expectations, but what is expected does not always happen. The result is often frustrating, but a lesson is generally learned.