Humans are curious creatures. We like to try new things, and we're constantly looking for ways to improve our lives. In fact, there are so many different technical experiences that humans have tried out on each other that we don't even know where to start! This list will help you get an idea of what some of these experiments look like and why they might be useful for someone else.
Tsunami
A tsunami is a natural disaster caused by an underwater earthquake. The wave can be huge and powerful, causing tremendous damage to coastal areas around the epicenter and flooding inland areas.
Road safety
The importance of road safety is undeniable. Every year, over one million people die or are injured on the roads, and this number is only expected to rise. More than 1 in 4 deaths worldwide are caused by road accidents—a staggering figure that makes up 40% of all deaths from injuries worldwide (source).
The effects of these accidents can be devastating for both drivers and passengers: motor vehicle crashes cause about 1 death per hour globally (source), while being hit by a moving object such as a car can cause significant trauma even if you're not seriously injured or killed yourself.
Vaccine tester
There are many different types of human subjects, each with their own unique characteristics. Some are very similar to others, but none can be considered identical. We have all been vaccinated as children; you have been given a shot in your arm and then had some vaccine injected into the muscle at the base of your neck. This is an example of how we've tried out different versions of vaccines on humans so that we can see if there are any problems with them before they're used on large numbers of people.
Other humans may work in factories or laboratories where they test new products for safety before releasing them into production lines around the world (or just around America). They also might work as pilots who fly drones over dangerous areas looking for things like oil spills or toxic chemicals leaking into waterways from factories nearby--and they could potentially save lives if they spotted something happening earlier than it otherwise would have! Another type may be engineers designing transportation systems such as highways or railroads--they need to make sure those systems work properly so that no one gets hurt during travel between locations before deciding whether those roads should be built at all! And lastly there's always someone behind computer screens somewhere who has access rights over thousands upon thousands dollars worth cash reserves stored electronically somewhere else entirely--they don't get paid much either since these accounts have never been touched yet...
Factory workers
The following people are often used in scientific experiments:
Factory workers
Surgeons
Science teachers (and their students)
The military also uses volunteers as test subjects. In clinical trials, doctors give patients drugs that they believe will help them feel better or live longer. The researchers want to find out if these drugs work by giving them more of the drug than usual and seeing if it works better than other treatments do without actually administering any treatment at all! Sometimes they'll even pay people who volunteer for this kind of experiment with money or other rewards so they'll keep coming back again next time around . . . because when you're trying something new out on yourself there's nothing quite like getting paid for your troubles!
Computer user
Computer use is a technical experiment on humans. It's a test of a computer user's ability to use a computer and solve problems. This experiment was conducted in 1999 by Stephen Boyd, an assistant professor at the University of Texas at Austin and his colleague Andrew Owens, who was then an undergraduate student at the university.
Surgeons
Surgeons are trained to operate on humans. They must be well trained to perform operations, and they must be well trained to perform operations on humans.
Drone pilot
Drone pilots are people who fly drones. They're responsible for the safety of other people, as well as their own. And they have to be really careful about what happens if something goes wrong with their aircraft—because if it does go wrong, then the pilot could be at risk themselves.
The best way to think about drone pilots is like this: imagine you're on a ship in an ocean full of sharks swimming around under your feet; now imagine that instead of just being bored while waiting for something exciting to happen, there was someone else out there thinking up creative ways in which those sharks could attack them (like by hitting them with an oar). That person would undoubtedly have some interesting stories!
Transportation system engineer
As a transportation system engineer, you will design and build a transportation system. You'll test the system by getting people to use it and analyze how well it works. Your job is to improve the way that we get around as humans.
Cosmonaut
Cosmonaut is a person who has flown in space. Cosmonauts are trained by the Russian space agency Roscosmos, which was created in 1993 and is one of the largest agencies of its kind on Earth.
The first cosmonaut was Yuri Gagarin, who flew on Vostok 1 and became the first human being to orbit Earth; he completed his mission in 1961. The second person to fly into space was Gherman Titov; he orbited Earth from April 12th til April 17th 1962 with Vostok 2 capsule before landing safely back to Earth after 107 minutes. Valentina Tereshkova became an experienced female cosmonaut when she flew aboard Soyuz T-10 (Soyuz 7K-T), flying with Vladimir Komarov as her commander on September 30th 1963—their mission lasted 24 hours 29 minutes before landing safely at Baikonur Cosmodrome near Kazakhstan's capital city Almaty on October 3rd 1963!
Artificial limb test subjects
The artificial limb test subjects are people who have lost their limbs. They are some of the most vulnerable people in society, and they need to be protected from harm.
The purpose of this experiment is to test the artificial limbs in order to determine if they can provide adequate support for those who have lost their arms or legs by accident or disease.
I hope that you took something away from this read. I personally did, and it was interesting to see just how much we can do with a little bit of technology.