Hey tg, I need pictures of crazy advanced.tech, tech so advanced

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>>44381151

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>>44382071

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>>44382082

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>>44382092
Industrial zone built on the accretion disc of a black hole

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>>44382106

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>>44382133

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>>44382155

Watch Kaiba. It seems really goofy at first, but it's actually Eclipse Phase level of tech and they just decided to make everything squishy.

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>>44382167

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>>44382180
habitat ring built around a gas giant

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>>44382195

>>44382205

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>>44382251
Ops.

Dyson Sphere reconfigured for warfare. The star's light and heat output becomes a huge laser.

Its range is a few dozen light-years.

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>>44382284
A nanotech fighter can reconfigure itself as necessary, including its weaponry and engines.

The present atmospheric configuration, with ramjets and active aerodynamic feather-bladed armor can become a fusion rocketship for outer space combat.

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>>44382382
Dreadnought built around a displacement cannon.

Said cannon encases its payload on a space-time bubble which ignores physical defenses and non-gravity sensors.

The usual payload is a nova bomb, but it also could be used to infiltrate sapient viruses, memetic packages and rotten meat at the innermost core of a fortress star system.

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I really happy to see a lot of Orion's Arm on here.

>>44383319
I don't know what this is, but I'd like to reincarnate into it upon my death.

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>>44384308

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Ever heard of Warhammer 40k, friend?

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>>44384318

>>44381151
Are concepts fine?

Portable Neutron Core:
A silvery perfect sphere, the size of a fist, embedded into a capped crystal with an articulated handle - a little like those electric lamps at campsites. It's a lot heavier than it looks, because it has a marble of neutronium in the center.
The neutronium is suspended and compressed by electromagnetic fields generated by itself and by the inside of the sphere, which is a meshwork of smart superconducter. The outside of the sphere acts like a Faraday cage when it's not plugged in-when it is, it connects with the inside to transfer power.
Power is stored in the neutronium's spin. Inputting power is used to speed up the rotation of the fields generated by the sphere, dragging the neutronium with it.Outputting power is done by letting the rotation slow down, causing the neutronium's field to start dragging the electrons in the superconducter along.

It can store a LOT of power for it's weight. There's no theoretical upper limit, although it has to use more power to maintain integrity the faster it spins, so the more power is stowed the faster the supply decays. You also get major frame drag effects around it as it approaches it's integrity limits, which can be all sorts of annoying.
It also discharges and recharges slowly, compared to other available storage options of it's magnitude. Unless you break it somehow, in which case the neutronium vaporizes. Along with, depending on how much power was in it, a good chunk of the planet you're standing on.
The Dues Machinima reeeaaally don't like it when you do that. It smacks of the wrong sort of smart.

In a pinch, it can also be used as a vacuum cleaner. It's gravity is relatively, compared to other metric engineering projects, but it still attracts and collects dust.

>>44385391
*relatively slight

There are also 'stationary' neutron cores. Generally have lot more massive cores than portable ones, which makes them a lot more stable at higher power levels provided they don't have to compensate for gravity. With gravity, it's the opposite way 'round.

Neutron cores are generally used when power density is a must, and minimum mass isn't. Portable ones see use in small(ish) colonial and military vehicles. Stationary ones see use in warstations, mining outposts, metric facilities, and maybe the odd high physics lab, all of which tend to be spaceborne.

>>44385450
>Gravitational Induction Ring

Strange matter, at high pressure and temperature, acts as a superconducting superfluid of density greater than neutronium. Contained by electromagnetic fields and materials of incredible strength, the fluid is driven around a tightly wound toroidal coil at relativistic velocities. The powerful mass current induces a strong gravitomagnetic effect, resulting in a gravitational field resembling the electric field around a toroidal coil. The resulting gravitational dipole field pulls objects through the ring of the torus, creating directional artificial gravity and acting as a powerful linear accelerator which - because the accelerated object is in free-fall - does not create any g-force on the projectile. An invaluable metric engineering tool.