THE SPEED OF LIGHT AND INTERSTELLARE TRAVELLING. When a polytron moves with high velocity through space, a doppler effect is created in it's energyplane. This means that the swingproduct of the polytron is changed with respect to the normal frequencies of that energyplane. If the doppler effect is big enough the swingproduct of the travelling polytron approaches the gravity frequency. This causes the polytron to massively attract gravitons (particles which are oscillating at the gravity frequency). One can say that the mass of the polytron increases in an uncontrolled way. At the speed of light the doppler-shifted frequency of the polytron will be in phase with the gravity frequency. The solution to this problem is to compensate the doppler shift by outphasing. Aboard a spaceship this is done by using special materials in the front and rear of the cigarshaped mothership. The front unit keeps the swingproduct frequency down as the ship approaches the speed of light. The rear unit raises the frequency of the swingproduct to prevent time dilation between the spaceship and the planets. These phase-compensating methods can permit the ship to exceed the speed of light. This method is called system B for interstellar travel. Forward Menu