Blue Energy Buoyancy Engine

Developing Blue Energy Buoyancy Engine

As the BETE development progressing, it was clear that the space travel was the most challenging task due to the limitation in propellant mass. Our solution eventually made the breakthrough in the warp engine design.

warp drive is a fictional superluminal spacecraft propulsion system in many science fiction works, most notably Star Trek. (Wikipedia)

In reality there is no feasible solution to design a spaceship which is capable of manipulating spacetime fabric. Such attempt relies on exotic matter that has not been made in large quantity. 

One way that Blue Energy Science Technology could overcome the technology and engineering barrior is to scale down such spacetime warp effect to a much smaller level. One of such possibility is to imitate the phynomenon of buoyancy  Buoyancy is the thermodynamic force in a gravity. Any object will have buoyancy effect in the field of gravity. The more mass in its surrounding, the stronger its buoyancy force will be. 

According to our minium anti gravity blog, the energy reuqired to stop an object from free fall is not a fixed. This energy can be in theory close to ZERO if the time factor to intervent this freefall mass becomes infinitely short. 

How can we create this anti gravity environment? Our research went into multiple non contact forces which have been observed in our universe.


Lagrange point

In celestial mechanics, the Lagrange points are points near two large orbiting bodies. The gravitational forces of the two large bodies and the centrifugal force balance each other. (Wikipedia)

Lagrange points might not be the best way to explain the working condition BEBE has. Anyway, lets use this to begin with. In the animation presented, there are 5 available Lagrange points, L1 is the point where the gravitational attraction of M2 and that of M1 combine to produce a equilibrium.

If the blue globe represents the dominant gravity on the L1 body, the yellow colour globe is what BEBE must find. When the blue globe is the Earth, the L1 green object will be vehicle which needs the extra force to counter the Earth's gravity. To replace the yellow globe, BEBE needs alternative momentum force in order to provide the balance.

Such alternative energy source was found in the field of magnetism and electrical potential. Instead of acting on the green globe, we need another globe in between the green and blue globes. This globe acts as a superman who pushes the green ball in L1 from falling towards the blue globe. That extra globe is the buoyancy ball.


The buoyancy theory

Buoyancy exists inside a gravity. It is visually tranquil. Thrust force is the unstable form of buoyancy which is sustained by the mass flow against the object that retains its relatively stable form in the gravity force. With such understanding, we build rocket and jet engine to propell vehicles. However, according to the law of momentum conservation, ejecting mass against another share the energy inbetween of these two. When a vehicle has much larger mass, most of the fuel energy will be used by the propellant instead of the vehicle. So the rocket engien and jet engine are not efficient at all.

What if we forbid the jet flow in both engines? Well, this will violate the law of momentum conservation.

The existence of buoyancy in the atmosphere indicates that if such dynamic can be rendered in the nozzle of an engine, the mass dissipation can be avoided. 

With such approach, a device call Buoyancy Engine has been development by the Blue Energy Science Technology, which is names as BEBE. 

Proellant molecules are subject to massive external force which creates inverse acceleration. It can be modulated by electromagnetic force from close to zero to million times stronger than the gravitational strength at the surface of a neutron star. The reverse motions of the propellant will cause high frequeny of collisions with propellant trying to exit the engine nozzle. Each second one molecule could have tens of million collisions. The condition to create such reversal energy needs ingenious engineering solutions. Due to ongoing research and IP protection, we will not go into the mechanical and engineering ditail.


Buoyancy in space travel

When the dominant gravity is taken away from the system, it becomes the space travel matter

To overcome the Earth gravity so that an object with the mass of M is stationary, the anti gravity force requires is 1Mg. When this object is in the space where no other gravity affecting its state, any extra force it experiences will become the acceleration force.

If M has not acceleration, but another object m has a1 acceleration rate which make object M being hit by ojbect m, if the collision is elastic, we can caculate the object moment change based on elastic collision. Such collisions cause object M receive periodical increase of velocity. So we can derive the equivalent acceleration rate for the object M as what is shown in the drawing.

The acceleration equation is very interesting. If the mass m, which is the propellant, is very small, it will require its acceleration rate to be large in order to give the object M reasonable acceleration rate. It is to our delight and astonishment that the acceleration rate for a1 can be extremely large. It will be in the range of 10 to the power of 18 when a small prototype which has the weight of less than 1000 grams can achieve such a result. This acceleration rate can be controlled by the engine. To lower the acceleration rate we can adjust the buoyancy effect. If the engine size and the buoyancy effect increased, it is possible to achieve much high propellant acceleration rate. However, it is more economical to install many smaller BEBEs in a spacecraft which adds its agility and capacity.
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