This is an attempt to put a very solid definition to the look of the world 1 century from now, as a result of (the most influential factor) technology, and incidentally, culture. By knowledge of . . .
*The technology we are fully capable of today, but are still in a long process of development.
*Assuming that humanity will continue its general production as with the past 4 millennia.
REMOTE COMPUTER AS THE NORM AND NECESSITY
Public computers will shift from all stationary manner into all remote manner. The computer will take on the same role in legal society as does your Picture ID or your Debit Card. Many activities will be mandatory to hold a computer in order to accomplish. Social life will be devastatingly difficult without these devices.
As such, gas stations and corner stores will serve as maintenance and replacement stations for these computers.
Written signs will start to disappear, and be replaced by remote signalling devices.
Your mobile device will be used in replacement of every button or switch you press today. They will turn on lights, open doors, plan destinations (the layout and activities, not just the journey there), and will keep you in constant sync with others wishing to contact you.
Any non-realtime communication is obsolete. EVERYONE in the first world EVERYWHERE will be immediately aware when you send out a message and they are one of the candidate recipients.
This device will serve as your wallet, your remote control, your computer, your keys, etc.
AUTONOMOUS ROBOTICS
Although the idea of “concsious” robots is still off the mark, there is no doubt that robots very soon will be something of household butlers- cleaning devices, fetching items, even repairing and solving. It will be uncommon for a first world household to be without one or two. Common life will be continuously engaged interacting with one autonomous robot either remotely or in person.
ELEVATOR TO SPACE
A thick strip of nanotubes will physically guide a shuttle from ground to space and back. The cost of energy for the trip will be comparable to a car ride. Every major city will have this kind of spaceport. A common way of global travel will be from elevator to satellite to elevator.
MEDICAL MONITOR
Part of what will be made mandatory by insurance companies and certain regions, each person will be monitored for medical emergency and medical status implying serious problem. Heart rate, breathing, stress levels, etc.- this data will all be fed to local collectors and immediate responses will range from a signal warning you about the immediate problem, or a rescue team arriving. This will also have upper and lower class implications. There will be many circumstances where a somewhat urgent issue will be allocated but will not be tended to.
What are some important implications?
*Communication will be instant and cheap. Activity will not be.
Although communications technology is rapidly growing, the cost of information doesn’t work in the same manner as other technologies. Highly sophisticated communication will not require a lot of energy, but physically doing things about what you learn will be costly in energy. This gap between knowing and doing will continue to increase from the gap we see today in regards to the feeling of apathy and helplessness. It will probably be a standard psychological factor with its own names and field study. People will be forced to come to terms with a prospect that they will be witness to a lot of terrible things and incapable of doing much of anything useful about it, only to trust that other agencies are performing their best.
*Life will not be filled with menial tasks. But the human will struggle for the scientiffic elite.
Your bed sheets, and dishes, and many other utilities will be commonly taken care of. Your job and academics will occupy the majority of your time. Actual tasks will seem quite menial even when you are not quite aware of their purpose. (Your pocket computer alerts: “Put item X into slot B, and return to station Z”) However, there will be a common demand for workers to understand the principals behind their work. Careers everywhere will rely on comprehensive knowledge of technology or biology. (The two are really the same, one is just evolutionary).
What life will be like in more literal examples . . .
*The “dinner table” will increase in cultural importance.
This is a time when your hands are busy with eating and aren’t very apt for using devices. This will be the small opportunity for sociability rather than working on private projects.
*Job placement will be more streamlined.
The idea of hunting for a job or for school will dwindle and each individual will moreso have angencies to rely upon which assess skills, appropriate ideal education, move to work, discuss options, and so on. Heavy labour will not be common, but consistent work ethic will become priority.
THE FUTURE MUCH FARTHER OFF
Spacefare, and human augmentation.
While human beings will for a time serve a very useful and important role in maintaining infrastructure, changes will soon become necessary. Genetic manipulation and cybernetic implants will begin to take a larger necessity for humans to keep up with their technology. Humanity augmented will keep the pace, but those insistant on their natural evolutionary design will fall behind.
This will be the large ultimatum of the “Type 1” civilization, which Michio Kaku describes. A Stellar civilization. There is no guarantee that there would be replicators and warp travel and telleporter beams. But the ventures of common life will most certainly be associated with space and asteroids. Evolution is fit for development on a single asteroid, not for stellar life.