Life in the Future – Technology has the ability to accomplish many things, including transforming the world.
We are fortunate to live in a period where science and technology can aid us, make our lives simpler, and cause us to reconsider our everyday routines.
The technology we’re currently familiar with has prepared the road for us to develop even more, and this list of present and future technologies has the potential to drastically alter our lives.
Here’s our list of technologies that will “likely” improve our lives for the better in the next decade and beyond :
Cost for space Tourism
Human space flight for recreational or leisure purposes is known as space tourism. There are several varieties of space tourism, including orbital, suborbital, and lunar space tourism.
Space tourism, on the other hand, has a broader scope. Space tourism, according to the Space Tourism Guide, is a commercial activity involving space that includes going to space as a tourist, witnessing a rocket launch, stargazing, or visiting a space-focused resort.
A brief history of space tourism
Dennis Tito, an American multimillionaire, was the first space tourist, spending nearly eight days aboard the International Space Station in April 2001. Tito became the first private individual to purchase a space ticket, which cost him $20 million. Six additional private persons joined Tito at the International Space Station to become space tourists during the next eight years.
As space tourism became a reality, scores of firms, including Blue Origin in 2000 and Virgin Galactic in 2004, rushed to profit from the growing public interest in space. In the early 2000s, space tourists were confined to launches on Russian Soyuz planes and could only visit the International Space Station.
Space tourism companies
There are now six major space companies that are arranging or planning to arrange touristic flights to space:
- Virgin Galactic
- Blue Origin
- SpaceX
- Boeing
- Axiom Space
- Space Perspective
Orbital and suborbital space flights
The two types of flights are orbital and suborbital. Staying in orbit, or traveling around the globe at an extremely high speed to avoid falling down to Earth, is what an orbital journey entails. An excursion of this magnitude takes many days, if not a week or more. The suborbital flight, on the other hand, is more like a space hop: you take off, create a tremendous arc, and then crash down to Earth, never reaching orbit. In this situation, the flight time is between 2 and 3 hours.
Consider this scenario: a spaceship sends you to a height of 100 kilometers above the Earth. To enter orbit, or perform an orbital trip, you’d need to travel at a speed of at least 28,000 km/h (17,400 mph). However, to reach the stated height and return to Earth — a suborbital journey — you would only need to travel at 6,000 kilometers per hour (3,700 mph). Because this flight uses less energy and fuel, it is less costly.
How much does it cost for a person to go to space?
- Virgin Galactic: $250,000 for a 2-hour suborbital flight at an altitude of 80 km.
- Blue Origin: approximately $300,000 for a 12-minute suborbital flight at an altitude of 100 km.
- Axiom Space: $55 million for a 10-day orbital flight.
- Space Perspective: $125,000 for a 6-hour flight to the edge of space (32 km above the Earth).
Colonization of other planets
We’ve been wreaking havoc on the world for a long time, and the planet can only take so much of our destructive nature.
We will outgrow it if we do not destroy it. Other planets are being considered for colonization, and Mars will undoubtedly be the first stop.
With technological advancements, this futuristic vision is gradually becoming a scientific reality rather than science fiction.
Robots in space and in the workplace
NASA has already sent robots of all sizes and forms into orbit. This makes sense as technology advances. Robots don’t need to worry about breathing or eating, and they can be loaded with sensors to convey data back to Earth.
In the office, the same is true. To save people the bother and risk, robots can take on the most difficult, risky, and boring occupations. They can also potentially work faster, more efficiently, and with fewer errors.
Flying cars
It’s not unrealistic to believe that when there’s no more room on the roads, we’ll take to the sky. There are already a number of intriguing flying automobile concepts that demonstrate that this future is a possibility.
If not flying automobiles, we may all have alternative modes of personal transportation – jetpacks, for example, have long been a hot goal of innovators and thrill-seekers.
Robot butlers
Tasks, tasks, tasks. It’s tedious and, regrettably, essential. But what if robots could assist you in escaping your misery? With robot vacuum cleaners and smart household gadgets, we’ve already started. Larger, more useful robots are also emerging.
We might possibly be living in the future when useful robots like butlers, cooks, and general dogs bodies help around the house.
- Real-life robots that make you believe the future has arrived.
Roads over rivers
Space is finite and running out quickly – especially in crowded urban spaces.
This concept shows a future where roads and living spaces have moved out over the waters. When self-driving vehicles do all the work and are fast enough, journeys across the oceans this way might not be unrealistic either.
Solar panel technology
Solar panels are another long-standing technology with enormous future potential.
Not only may they now be buried in your roof tiles due to Tesla Solar Roof tiles, but other businesses are working on methods to integrate them into car roofs, where they will be able to power in-car technology or extend the life of the battery.
Hyper-fast trains
Another Elon Musk-backed company, Hyperloop is a high-speed underground transportation system that is currently being built and tested in America. The first route planned will go from Los Angeles to San Francisco. Another route is planning to go from New York to Washington D.C. in 29 minutes rather than the 2 hours 56 minutes it takes at the moment.
Hyper-fast trains that go underground and underwater could revolutionize not just public transport, but international travel too. Imagine being able to speed from one country to another in the same time it currently takes to travel between towns.
Gesture-based computing
Although Minority Report popularized the notion, gesture-based computing has been around for a long time. It’s also already showing up in a variety of technologies, and for most people, it’s virtually second nature.
How many gestures do we use on our smartphones, tablets, and other smart gadgets on a daily basis? It’s plausible to imagine a future in which we no longer utilize a mouse and keyboard to manage data in a virtual realm, instead of relying on speech and action.
Wearable screens
We may be thinking about foldable phones and screens right now, but the future may easily be screenless.
There are many touch-capable projector-like gadgets on the market that can display useful screens onto your skin, clothes, or other surfaces. Smartphone technology in the future may not even require a gadget in your pocket, but rather something you wear or have implanted.
Smart toothbrushes that send data to your dentist
We currently have intelligent toothbrushes that monitor your brushing technique to ensure that you are brushing thoroughly each time.
But what if your toothbrush could communicate that information to your dentist, eliminating the need for them to inquire if you floss daily? Using sensors to monitor your oral health by scanning for cavities or plaque build-up is another option.
Cloud gaming without machines
Streaming movies and music is commonplace nowadays. We’ll be doing the same thing with games in no time. Imagine paying for a service that allows you to broadcast high-end, current games to your TV without having to purchase a console or computer.
Faster bandwidth, better game technologies, and more stable infrastructure might make this a reality in the near future.
Smart mirrors that check your health
Each morning, a brief peek in the mirror offers you a visual indication of how you’re feeling and projecting yourself to the outside world.
Consider a world in which smart mirrors scan you and alert you to potential health issues, vitamin deficiencies, or early warning indications of underlying problems. Knowing ahead of time about these signs will help you prepare.
