Every single day, your brain comes up with stack of ideas and solutions, reminding you that you’re someone unique, ready to encounter even deepest parameter of obstacles. You better know that there would be a day when your ideas will blossom to serve the humanity. TopYaps brings ten ideas which are yet to be explored but we know; one day, they’d come up for sure. A salute to human brain and good luck for these daring projects!
10. Space Elevator:
Also known as geostationary orbital tether, a space elevator is a conceptualization to transport materials from the surface of earth to space. Proposed as a non-rocket spacelaunch structure, this free-standing space ladder will require a material which can persist frightful stress to connect the 35,785 km distance between the surface of earth and geostationary orbit. According to recent concepts, the space bridge can rely on boron nitride nanotube or carbon nanotube, as both materials comprise an enormous strength to make this structure possible.
9. Deflector Shield:
Deflector shield is a transparent barrier made of layers, containing energetic distortion mechanism to protect an object from intrusions or natural hazards. The energy shield will comprise monolithic concentration of gravitons so that an external force can never reach the other side by trespassing the central axis of the field. Strength of this shield will depend on the repulsive force as well as on its closeness to the attacker.
8. Replicator:
Replicator is a proposed device which can rearrange subatomic particles to construct any non-living matter. Before achieving a pre-scanned matter pattern, the matter is converted into energy which is subsequently reformed in complex quantum structure. In easy words, this technology dematerializes matter into fragmented level and again rematerializes it in another form.
7. Transatlantic Tunnel:
Inspired from a story – “An Express of the Future,” published in 1895 in “Strand Magazine,” this much anticipated tunnel would connect Europe and North America, by travelling a long distance inside the Atlantic Ocean. No doubt, requirements of this submerged floating tunnel are beyond the limitation of current materials science but if implemented once, it can ensure the maximum speed of 8,000 km/hr. Wake up in New York City and have your breakfast in London, within an hour!
6. Terraforming:
According to this hypothesis, you can deliberately change the environment of any planet, similar to those of earth’s, making it habitable. Initially, it proposes the importation of microbial life on any planet so that it can fuel the productivity of oxygen, accelerating the possibility of human life. Apart from being a non-feasible financial project, this technology also requires the making out of complex geochemical, geophysical and astrophysical standards.
5. Virtual Ocean Colonization:
The idea behind this project is to induct an ecological existence on the surface of ocean. Considering about the future occupants of the earth, the ocean colony would provide apartments, hotels, industries, universities and other materialistic requirements, necessary for societal growth. This strategy of long-term human habitation beneath water is an admirable step to convert the existing world in less crowded and less energy intensive place.
4. Anti-gravity:
Far away from the confinements of gravity, this technology was conceptualized to create a place where one can float around without experiencing any type of difficulty. According to the theory of general relativity, gravity is an outcome of the geometry of space, which, further, outlaws the potential of anti-gravity type effects. The concept of anti-gravity deals with a revolving superconductor and its relation to gravity. By all accounts of scientific exploration, anti-gravitational effect is proportional to the speed of spinning semiconductor.
3. Global Municipal Wi-Fi:
This brainstorming project deals with turning the entire world into a Wireless Access Zone (WAZ) by covering it with wireless mesh network. On local level, this service is done by providing municipal broadband via Wi-Fi to the municipal area. Numerous cities across he world have deployed this technology but they share a futile portion, when considered on global level. Indeed, the global Wi-Fi thing would be amazingly wonderful because you could access TopYaps from any corner in world.
2. Human Teleportation:
An imagination to transfer matter from one point to another, this phenomenon would be possible if and only if the speed of transfer is identical to the speed of light. To accomplish this phenomenon successfully, the machine must examine all of the 1028 atoms of human body with exact precision. This information of trillion and trillion atoms is send to another location, where body would be rebuilt with pinpoint accuracy, just like a fax machine.
1. Time Travel:
Counted among one of the most adored topics of science fiction, this hypothesis is all about moving between different slots of time. If someone move away and return to earth at relativistic velocities, more time would have passed on Earth than for the traveler, which clearly indicates that he was in future. However, it’s a tough job to figure out that how much time he “exactly” passed between departure and arrival, but the “proper time” experienced by both the traveler and the earth can be answered objectively. According to time dilation, a body moving at high velocity experiences a time that ticks slower than the time evaluated at zero velocity.
OR,USE WORDPRESS COMMENT
surely the big underwater train tunnel is going to mean a big displacement of water, larger than any other human construction has caused. If we’re worried about ice caps melting, rising the sea level and flooding large areas of the world, surely this tunnel is gonna to have a contribution to this. (think about the amount of volume it will displace, thats a lot of ice cap)
Indeed, it will displace a monolithic pool of ice but because of this extreme engineering a far-fetched whim is about to come true.Isn’t it?
Space elevator cannot be made easily also a costly affair than the transatlantic tunnel. How can a tether of miles could be sent to space? What about the mass of this tremendous tether? third, to keep the counter weight in space the tether should be very strong. And the counter weight should be so much to hold the tether itself(forget our weight on the tether while we transporting) that it will cost a number of space voyages to carry. And the last but troubling question is how strong the tether should be to withstand the natural forces like thunderstorms, cyclones and lightnings?
(This is my personal opinion but overall your list makes a good point…grand cheers to author of this post
)
genuine hurdles…. but that’s what we intend to over come .. isn’t it??
[...] Ocean ColonizationTerraformingTransatlantic TunnelReplicatorDeflector ShieldSpace Elevator(source)#dd_ajax_float{ background:none repeat scroll 0 0 #FFFFFF; border:1px solid #DDDDDD; float:left; [...]
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Before putting my point on terraforming I’d like to thanks your research team for giving me ton of help in my project. I think that survival is a very strong motive for terraforming. There may be forces at play that can drive the Earth’s climate into either overheating or overcooling. We know the effects asteroid collisions can have. We can not live on any other object in the solar system unless we terraform it in some generic way. We need to terraform such that each site can be protected from as much stuff, as we discover it, that the universe can throw at us. In general we want to move out from the sun to avoid damage from unexpected flares and such in case we don’t yet know all we need to know about astrophysics. As we do this we’ll need a system that can deliver solar energy to the site in a controlled way to avoid being roasted while remaining sufficiently warm.
But the questions that trouble me a lot are whether there is a limit to the magnitude of a modulation of chaos below which order remains invariant? Or, is order but a fiction invented by perspectives applied over finite, however large, time intervals?
you guys are damn creative. Grand cheers for you belligerents!
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Scientists are researching space elevators as a way to dramatically decrease the cost of sending people and objects into space. It costs US$10,000 per kilogram to send a load into space using Delta and Atlas rocket. While that’s important for the use of nanotubes in electronics, it has come at the expense of research into stronger carbon nanotubes. If strong enough carbon nanotubes are developed, it could take around 15 years to build a space elevator from now.
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