Your nation's hi-tech inventions

[Zhouran]

Does your nation have any hi-tech inventions?

Dragon Works is an official alias for the Strategic Technology Development Unit of the Zhouranese People's Army. Dragon Works is responsible for the development of several classified weapons, as well as hi-tech devices for military use.

As of January 1, 2020, one of the greatest achievements made by Dragon Works is the East Wind Space Elevator, which is located 35 km east of Ningjing Province. Construction of the space elevator started on February 12, 2015 and finished on November 12, 2019. Zhouran became the first nation to build a space elevator. As of January 1, 2020, the space elevator is used for resupplying Zhouran's space stations and spacecrafts. The East Wind Space Elevator is a heavily guarded place.


East Wind Space Elevator climber ascending through the clouds.

Another great invention, also made by Dragon Works, is the Type 17 stealth armor, which is highly classified. The suit uses an electron beam generator to create a cloud of ionization around the user. Around the armor are panels or advance, classified coatings capable of changing color or luminosity. It is used by Crimson Shadow.


Type 17 stealth armor.

[Themiclesia]

In PT, our nation was one of the most powerful and advanced in New Odessa. As a result, we then had many technological edges over the other nations.

Bronze casting technology was perfected in Themiclesia by the 22nd Century B.C., and since that time until the beginning of the common era, our armies have been the most effective fighting force, being mounted on 2 or 4 horse chariots and equipped with specialized weaponry and schooled with advance strategy.

Steel forging technology was brought by the Hetalia Nordics to Themiclesia in the 9th Century B.C., who invaded Themiclesia in 883 B.C. Their forces, however brave and gallant, were not equals to our chariot armies, even though the Nordics had steel weapons whilst we used bronze. From then on, steel weaponry have gradually replaced bronze swords, and permeated from the lower ranks upwards. Bronze has a cultural value to Themiclesia, and the most expensive weapons are always made of good bronze. Into the common era, bronze was basically purged from the typical armoury, but remained the material of choice when it came to making a commemorative weapon or something like that.

[Greater Tion]

the EMERGENCY graviton manipulator weapon can destroy small planets!

[Dalcaria]

The Office of Science and Magic. Enough. Said.

[New Euthenia]

We have successfully made a kind of fabric. A fabric that is strong, but feels soft, and when broken, it regenerates molecules instantly. We might use this cloth when we go to war, besides, our military troops will look a lot more stylish.

With the collaboration of Apple Inc., the Euthenians and the Americans have successfully made iPhone 6, which is a transparent one, though we all reverted back to the good ol' days...



Also, we've developed a similar phone, which is the PomeGranaTe Phone.
https://www.youtube.com/watch?v=1e4X10hOh9o

[Postapocolypta]

Science and engineering are not real big in Postapocolypta. What they lack in high-tech, they more than makeup in modifying and "hacking" (in the original, non-computer sense).

[Dalcaria]

We have successfully made a kind of fabric. A fabric that is strong, but feels soft, and when broken, it regenerates molecules instantly. We might use this cloth when we go to war, besides, our military troops will look a lot more stylish.

With the collaboration of Apple Inc., the Euthenians and the Americans have successfully made iPhone 6, which is a transparent one, though we all reverted back to the good ol' days...

(Image)

Oh so YOU'RE the guy responsible for flooding our markets with cheap Apple garbage! We built a special kind of gun that, when its bullets hit an Apple product, will cause the target to explode into the shape of an Apple core, representing what we think Apple products are. Garbage.

I'm sorry, that was a bit harsh. The cloth idea is actually cool, but Apple.... I have poor feelings for them.

[Dalcaria]

Science and engineering are not real big in Postapocolypta. What they lack in high-tech, they more than makeup in modifying and "hacking" (in the original, non-computer sense).

(Image)

Anarchy seems a lot more fun now.

[Goeiehoopland]

The whole of Goeiehoopland is celebrating a Nobel-nominated discovery made by the physics department of the University of Kaapstad, which has successfully found a wrong way to eat a Reese's.

[United Timelines Outpost Number 99999999]

The Turbo-Encabulator.

[The Union of Sjaelland and Fyn]

The Union is well known as a technological powerhouse within the Nordic Lands, having developed numerous robots and beginning to enter space.

[Azerbaijan SSR]

The auto reloading rifle

[Florensica]

[EXPUNGED]

[Goeiehoopland]

[EXPUNGED]

OOC: Did I just spot a tip of the hat to SCP?

[Defwa]

The Defwaen Federation is a (MT) leader in the development of semi autonomous drone weapon technology.
In the skies, on the seas, and on the ground.

We're 10 years behind on almost everything else.

[Novus Niciae]

We have many achievements but I would say that our top three would be.

We have the Cato-Nakakara Jump Drive for interstellar travel.

The Fukagara Energy Shield that protects our ships from damage from micrometeor damage at high speed conventional drive damage (and weapons fire as well)

And our crowning achievement is the Genetically Engineered Mutants (GEMs) that make up the bulk of our population.

[Interstellar Collectivist Republics]

We have made numerous advances in the fields of FTL interstellar travel, genetic manipulation and human cloning, cheap energy in the form of first nuclear fusion and then AM power, vertical agriculture and the subsequent huge food surpluses, and so on.

[New Event Horizon]

We have numerous technologies one might consider very advanced, but here are the top three.

O.M.N.I. Optic Mesh Neuron Interface. This is a network of implants that allow a user to interface with the NeuroNet and transfer their minds onto new hardware.

Nanofoundries: These are the evolution of the 3D printers of old. As long as they are supplied the right materials, they can produce any inorganic and heat resistant device you need. The only things they can't make are better nanofoundries, for obvious reasons.

Mesh Network: This is a computer network that operates without need for wiring. All data and energy is transferred through wireless means. This network makes u our entire NeuroNet and allows for large intellects such as A.R.C.H.E.N.G.E.L. to maximize processing power.

[Todlichebujoku]

The interuniversal portal, allowing for trade and contact across multiple locations and planes of existence.

An older yet no less innovative invention is the crystallomatrix, allowing for instant contact and access of information across the world.

[Teritora]

Perhaps the greatest invention to come out of Teritora was the the Gersta Drive which forms an subspace bubble around the vessel causing it to enter an subspace called Gersta space. The Coorinates have to entered correctly and be accurate otherwise one could come out in the heart of an sun, in the middle of an astriod field or other unpleanant to deadly locations or end up so far off course the vessel may never find its way back. Exploration an Gersta drive is extremely dangerous so probes are usually used first. In Gersta space weapons such as subspace mines are an deadly threat as shields can not be rised in Gersta space so ships generally have gunners trained to handle not just star fighters but space and subspace mines as well.

The second greatest is the metal Gerixi, a extremely strong and light weight metal that is 20 times stronger and tougher than steel and can take much greater stress. It is used in Teritoran and Tordoran style Star ships as well in Teritoran Power Armor deployed by Teritoran Marines and Royal Guard forces.

[Collaborative Commonalist Memecracy]

We have many functional high rise vertical farms. We have learned to integrate the production of biodiesel, pharmaceutical herbs and plants, shrubbery and flowers, and small livestock into vertical farms.

We have designed a more advanced form of wind turbine that combines a wind lens which controls the flow of air with advanced low temperature superconducting coils. This allows us to produce a turbine with 20x the capacity of a standard offshore turbine. The advanced superconducting coils have also been used to increase the power output of wave turbines, and hydroelectric power.

We have also designed a new type of airship, that uses electric superconducting jet engines. The jet engines are fed power from a layer of advanced thin film solar cells on the top of the airship. The airship is designed to fly in the slipstream, which allows the airship to travel long distances, the combined technologies allow for a very long range heavy lift airship.

There is a version of this airship which can be brought to high altitudes and launch a rocket into space. The rocket often carries a special eight sided tubular construct that is designed to release packages of microsatellites. It also is often used to launch automated transhab inflatable space station modules which can link together. There is even a human rated version of the rocket which can carry four passengers.

We have designed an advanced UAV blimp system for small unmanned high altitude airships. These UAVs carry an instrument package which allows the airships to share radar, function as high altitude internet broadcast stations, provide climate monitoring, as well as surveillance equipment. These airships have optional military ABM capability with a box package of six missiles.

For military purposes we have designed an advanced double barreled railgun artillery system designed to fire shells closely spaced together so they are harder to defeat.

There are quite a few other inventions which are applicable to nationstates.

A lot of this is PMT technology which can be made now but will not be available until 2025-2035.

[Ruskarkand]

Technology? Dragons inventing things? Now you've actually got me thinking.
We don't make our own things, as per sae. Not too often, anyhow. We mostly take from others and add it to our little personal hoards of treasure.

Since this is 'Your nation's', I can't exactly write off our plundered loot as being our own, but we do have something.
We have Psi Energy to talk about, and how we harness it as a weapon, by exploiting the natural Psi Energy given off by the conscious being because of our planet's noosphere. To elaborate would require a bit of an essay, so I'll cut it short by saying that it's more or less the only productive thing we've done for ourselves.

[Sibirsky]

A typical day in the Voluntary Society of Sibirsky.

Technological breakthrough timeline in the Voluntary Society of Sibirsky.

1975 Personal home computers break the 1 gigahertz barrier. Internet use surpasses radio use.

1976 Knowledge Base (online encyclopedia) is launched. First cyborg. 3G standard released.

1977 Gene therapy available.

1978 Human genome research completed. Crowd Wave (social media website) is launched.

1979 Web 2.0 emerges. Internet changes from consumption, to participation. First private spaceflight. Convo Now (social media site) is launched. First 1 GB flash card.

1980 Video Turf video website is launched. Flash drives replace floppy drives.

1981 Shout (microblogging service) is launched.

1982 Smartphones are launched. First e-book reader is launched. Streetview is launched.

1983 Scientist extract images directly from the brain. Artificial DNA. Wireless electricity goes commercial. Major advances in CGI. Petaflop supercomputer goes online.

1984 Major breakthrough in cancer research, complete genetic codes for skin and lung cancer identified. Bioengineered, biodegradable plastic is launched. Mouse genome fully sequenced. Laptops overtake desktops in sales. Mind Control headsets for video games are launched. 3D scanners enter the consumer market.

1985 Tablet computers go mainstream. Synthetic life achieved. Augmented reality glasses enter the consumer market. Macular degeneration curable. Speech to speech translators are common in phones. Sensing robots launched (first robots to not have to rely on a programmed sequence of motions, as well as the ability to "feel" objects). Solar power is plunging in cost.

1986 First synthetic organ transplant. 5 Gbit/s cables available. Multi-touch surface computing enters consumer market. 22 nanometer chips enter mass production. Consumer-level robotics are booming. First commercial spaceport. 4G standard released.

1987 Quad-core smartphones and tablets launched. First 1 Gigawatt offshore windfarm.

1988 Eighth generation consoles launched. 14 nanometer chips enter mass production. 4 GHz barrier is passed. Highly-sensitive touch sensors are appearing in a range of products.

1989 Internet use surpasses television use. Augmented reality glasses go mainstream. Personalized DNA sequencing for under $50. New molecule to fight tooth decay. Memristor devices becoming available. 1 terabyte flash card. Robotic pack mules enter service. Most phone calls are made using the Internet. Self-service checkouts are nearly universal.

1990 Five-year survival rates for thyroid cancer are approaching 100%. Virtual reality makes a comeback. Genome sequencing continues to improve exponentially. First lunar tourist. First large-scale solar updraft towers are operational. 3D printing goes mainstream. LED lamps dominate lighting markets. 10 nanometer chips enter mass production. Scientists resurrect the woolly mammoth. New emergency breaking systems are launched. Battery technology gets an enormous boost, charging batteries 10 times faster and the charge to last 10 times longer.

1991 First space hotel. Agricultural robots are appearing on farms. HVD (Holographic Versatile Disc) sales surpass DVD sales. New drug delivery methods for brain related conditions. Anti-sunburn pills become available.

1992 Sales of hybrid and electric trucks reach 1,000,000 annually. Electronic paper in widespread use. Traditional newspapers are becoming obsolete. Tooth regeneration available. Wireless implants monitor a range of health conditions in real time. First HIV vaccine commercially available. New prostate cancer treatment. Teleportation of simple molecules.

1993 A drug to prevent obesity becomes available. Many complex surgeries are performed by robots. Most electrical appliances and vehicles are now online. Consumer devices with 100 Gbit/s speeds. The biofuel market is experiencing rapid growth.

1994 Computers break the exaflop barrier. Bionic eyes commercially available. Connected vehicle technology being deployed. Driverless freight trucks deployed. Lunar-resonant streetlights are appearing. Progress with longevity extension.

1995 Five-year survival rates for Hodgkin's lymphoma are approaching 100%. 5G standard released. Texting by thinking available. Complex organ replacements grown from stem cells. UHD (Ultra High Definition 4320p) Television going mainstream. Holographic TV going mainstream. Smart grids and smart meters are being introduced. Video games with truly lifelike CGI.

1996 Five-year survival rates for breast cancer are approaching 100%. Male birth control pills are entering the market. First artifical kidney. Mind reading technology for security purposes ate high profile events. Telecommuting. Wireless electricity widespread. 5G standard released.

1997 Nanotech clothes growing in use. Piezoelectric nanowires in high end products. Deafness fully curable.

1998 Laser-driven fusion technology makes progress. Permanent cure for migraines available.

1999 Cure for the common cold available. Petabyte storage devices available.

2000 Mouse revived from cryptopreservation. Human brain simulations possible. Medical nanobots developed. Vertical farms common in cities.

2001 Aquaculture provides more than half the seafood. New treatments for Alzheimer's disease. Robotic hands match human capabilities.

2002 In-vitro meat going mainstream.

2003 Printed electronics are ubiquitous. Amputees can regrow limbs.

2004 Human-like AI becoming a reality. Heavy automation of retail.

2005 Smart grid technology is widespread. AI is widespread. AIDS, cancer, other diseases, curable. Zettaflop computing available. Full weather modeling is perfected. Hyper-fast crime scene analysis.

2006 Web 4.0 transforms the Internet. Stem cell pharmacies are common. 6G standard released.

2007 4th generation nuclear power. Terabit internet connections common.

2008 Hypersonic airliners enter service. Holographic wall screens for commercial applications. Five-year survival rates for kidney cancer approaching 100%.

2009 Exobyte storage devices available.

2010 Self-driving vehicles are widespread. Holographic recreations of dead people.

2011 Alzheimer's disease fully curable. Bionic eyes surpassing human vision.

2012 Quantum computers widely available.

2013 Teleportation of complex organic molecules.

[Walosia]

We have worked on the Crytech stealth suits for a long time now and its finally in its last phase.
This armor uses advanced nano technology to bring the wearers strength, vision and other senses and abilities to its maximum capability.
This suits uses advanced stealth technology give the wearer the ability to stay clocked for up to 1 minute at a time. This suit uses solar power to power its stealth technology. With this suit you are also able to breath under water or in space.
This suit also goes deep into the wearers physical state using the latest in scanning and measurements to give real time feedback to the wearer on the wearers physical situation like heartrate, bloodloss with more.

Walosia currently have 250 suits like this and they all are a part of the Crytech special force in the space force.

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