Spacecraft that can fly around corners without deceleration.

[Mr Sharpbundle]

I and many others have speculated that alien spaceships utilize super-dense material cores for their gyroscopic engines-an idea popularized in science fiction, like the cult classic film *Event Horizon*. the theoretical mechanics behind such an engine and its extraordinary capabilities are based upon the high velocity of the seperdense gravitational cores and high velocity gyroscopic + I-zero G cage/rings.

I came up with thisdesign to explain how an alien craft can fly around corners.

And also to encapsulate visualisation similar to the structure of an atom or the structure of a solar system but with a much more human sized relative scale .

It doesn't really matter to me wether it is original thought as I came up with it through my own process. Aliens came up with it first anyway .

So I got Al to tidy it up. (Al warning)

But the idea is sound.

 

In layman’s terms normally a spinning wheel or 1 axis gyroscope has conservation of angular momentum- which stabilises it but also makes changing axis difficult.

A wheel/single axis gyroscope with a super dense gravitational centre, that has a ring spinning fast enough for its rim to be experiencing zero G, no longer conserves angular momentum , meaning it can change axis much more readily.

we are used to low density reality. Gravity operates around the centre of mass and not the physical volume of the mass!

orbit around a planet is not the same as orbit around a black hole of the same mass.

 

indeed the orbital rings used in this design are mere  metres across, whereas with an equal mass of planetary density the engine could not be built as it would be enveloped by physical structure, far below the surface- similarly we cannot get satellites to orbit the planet at 20000rpm because they would be underground before being in a strong enough gravitational pull to avoid being flung out into space.

orbital RPM around a blackhole 4mm across ( the same mass as planet earth) could have satellites orbiting at the same altitude from centre of mass and at the same rpm as earths satellites. But it could also have satellites much closer to centre.

This concept with the use of a 3 ringed powered gyroscope ,black hole engine- uses the micro contraction and expansion of the gyroscopic rings to attenuate rpm- to maintain zero G

It  allows the alien craft to make right angle turns at high speed- 

 

 

 

### **Introduction**
The black hole-powered gyroscopic engine represents a revolutionary concept for propulsion and navigation. By using the immense gravitational forces of a super-dense black hole core and combining it with cutting-edge gyroscopic mechanics, this engine can achieve feats that challenge our understanding of classical physics. Imagine a spacecraft capable of executing sharp right-angle turns at incredible speeds—this design explains how it works.

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### **Core Components of the Engine**

1. **The Black Hole Core:**
   - At the heart of the engine lies a black hole, roughly 1 mm in diameter but with an unfathomable density and gravitational pull. This tiny black hole serves as the "engine hub," providing the extreme gravitational forces that drive the system.
   - The black hole is contained within a protective structure capable of withstanding and controlling its immense forces. Advanced materials, beyond anything currently available, are needed to resist destruction from its gravity.

2. **Three-Axis Gyroscopic Rings:**
   - Surrounding the black hole core are three gyroscopic rings arranged in perpendicular axes (think of it as a 3D spinning structure like a spinning top, but in all directions).
   - These rings spin at precise speeds and distances from the black hole. Their motion is finely tuned to balance the gravitational pull of the core, creating a "zero gravity" environment at their surfaces.

3. **Dynamic Ring Control System:**
   - Each ring is equipped with motors and actuators capable of adjusting its speed and position in real time. This allows the system to adapt dynamically to changing forces and maneuvers.
   - The speed and orientation of the rings can be altered to generate torque or stabilize the engine during high-speed motion.

4. **Contraction and Expansion Mechanism:**
   - The gyroscopic rings have the ability to contract (move closer to the black hole) or expand (move farther away). This contraction and expansion alters their orbit, effectively changing their speed and RPM.
   - By contracting closer to the black hole’s gravitational pull, the rings accelerate as they "fall" into a lower orbit. Expanding outward slows them down, providing fine-tuned control of the engine’s dynamics.

5. **Gravitational Manipulation System:**
   - The system leverages the black hole’s gravitational effects to influence motion. The immense gravity of the black hole can "warp" spacetime, enabling sharper turns and more efficient propulsion.
   - Relativistic effects like frame-dragging (where the black hole's rotation affects nearby spacetime) are harnessed to enhance navigation and precision.

6. **Zero-G Environment:**
   - The entire engine is designed to maintain a state of zero gravity within the gyroscopic rings and the surrounding craft. This neutralizes inertial forces, allowing the spacecraft to maneuver rapidly without the destructive effects of inertia.
   - A zero-G environment also reduces structural stresses, ensuring the engine operates smoothly even under extreme conditions.

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### **How It Works**

1. **Stable Operation:**
   - The gyroscopic rings spin at high speeds, creating balance and stability around the black hole core. Their motion cancels out any gravitational imbalance caused by the black hole.

2. **Maneuverability via Deorbiting and Reorbiting:**
   - To change speed or direction, the rings contract or expand. Contraction pulls the rings closer to the black hole, increasing their orbital velocity. Expansion moves them farther away, slowing them down.
   - This dynamic adjustment allows the spacecraft to execute precise turns and accelerations, making sharp maneuvers at high speeds possible.

3. **Right-Angle Turns:**
   - By carefully adjusting the speeds and orientations of the gyroscopic rings, the system can create temporary angular momentum in specific directions. Combined with the black hole’s spacetime-warping effects, this allows the spacecraft to pivot sharply, even at incredible speeds.

4. **Energy Efficiency:**
   - The contraction and expansion mechanism, combined with the black hole’s immense gravitational potential, minimizes the energy required to maintain motion or make adjustments. The system effectively "recycles" gravitational energy during orbital changes.

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### **Applications**

This black hole core, gyroscopic engine system has profound implications:
- **Extreme Agility:** The spacecraft can perform complex maneuvers, such as sharp turns and rapid acceleration, without being hindered by inertia.
- **Stability:** The zero-G environment reduces internal stresses, ensuring the engine remains stable and intact even under extreme conditions.
- **Future Propulsion:** By overcoming the limitations of conventional engines, this system could enable interstellar travel, advanced exploration, and technologies we can barely imagine today.

---

### **Conclusion**

The black hole-powered gyroscopic engine combines the most advanced concepts of gravitational physics, gyroscopic mechanics, and relativistic effects. By harnessing the black hole's immense gravitational pull and integrating it with dynamically controlled gyroscopic rings, this system redefines propulsion and navigation. It's a visionary leap into the future of spacecraft engineering, capable of extraordinary agility and efficiency.

Edited April 10 by Mr Sharpbundle

[Mr Sharpbundle]

theoretical futurism?

 

The euthenasia roller coaster, famously uses gravity and ever tightening concentric rings to increase G-force until it is unsurvivable by the human body. The rollercoaster kills through excess centripetal force.

first image is of the Black hole core, 3 axis iris-gyroscope.

an engine that utilises 3 gyroscopic rings that rotate on 3 axis,around a super dense matter core so rapidly that any matter within the rings is effectivly poised between the gravity of the black hole and the outwardly moving centripetal force (weightless but also travelling at rapid RPM around the core)

on the euthenasia rollercoaster(doctored), the theoroetical application of effective mass units of black hole material, balances out the centripetal force and the life is not extinguished, its now just a go really really really fast in tighter and tighter circles until ..(UNknown)

the euthenasia roller coaster can now be plotted in further tightening loops until at some point the mass of the black hole balancing cores, event horizon touches on the occupant of the death roller coaster now moving at gazzillions of miles an hour (in nano loop de loops), completley unharmed.. Depending upon scale or bandwidth of zero G around the densemass,  spaghettification will occur. the part of the occupant closest to the super dense mass will be drawn in and the part  of the occupant further out will be flung out.

apparently this isnt as simple as crushed feet and bad hair.. the space time warping effects of the black hole event horizon could act as buffers for life nergy in such a strange part of unniversal existence.

 

capturing black hole material for the engine..can be acheived by making a powered gyroscope with three nanobot rings. the rings can contract or dilate (hence iris)

the contraction of the three iris, speeds up rotation of the rings.. planned nanobot aptosis lessens the mass of the rings as they contract- ultimatly the aim is to create a gravitational vacuum that counterforces black hole material... then the bit of black hole material teleports into the vacuum ..

thats it- L shape flying alien black hole 3 axis iris-gyroscope invention.

copyrightable by a million people.. none of whom know what to do with it.

Edited April 13 by Mr Sharpbundle