light waves would be best for maximum data transmissions.

Since we now have GPS systems, which can guarantee the exact location of the transmission device and the receiver, we can therefore know the exact distance between the two devices. Next, we send the signal and data in the two different waves, as well as take advantage of th

In the new paradigm of the modern battles space the United States Military realizes that the need for communication and safe transmission of encrypted data is paramount to the modern future force war fighter. Unfortunately with the advance of quantum computing it may be more difficult to encrypt one's and zeros in data transmissions than in previous periods. I believe I have figured out an answer to the problem of safe data encryption at high rates of speed you seen multiple waves.

As the new battlespace of modern warfare presses on into the future many old technologies will be rendered useless and when fighting an enemy of superior technologies encryption of the current type will be very difficult indeed. I propose since we have the ability to synchronize time via Atomic Clocks and can now transmit via light, microwave and other forms of directional sound, that we can use the differences in the waves themselves to send data and be able to compress the data by 10,000 times what we once could. How so you ask? Well it is simple really.

Picture a wave on a piece of paper and this wave can be any type of wave, as it could be a sound wave, radiation wave, light wave or micro wave. Now then take any two waves of any type and send them together at the same time. The faster the waves can travel the better and therefore spectrums of light waves would be best for maximum data transmissions.

Since we now have GPS systems, which can guarantee the exact location of the transmission device and the receiver, we can therefore know the exact distance between the two devices. Next, we send the signal and data in the two different waves, as well as take advantage of the

n in previous periods. I believe I have figured out an answer to the problem of safe data encryption at high rates of speed you seen multiple waves.

As the new battlespace of modern warfare presses on into the future many old technologies will be rendered useless and when fighting an enemy of superior technologies encryption of the current type will be very difficult indeed. I propose since we have the ability to synchronize time via Atomic Clocks and can now transmit via light, microwave and other forms of directional sound, that we can use the differences in the waves themselves to send data and be able to compress the data by 10,000 times what we once could. How so you ask? Well it is simple really.

Picture a wave on a piece of paper and this wave can be any type of wave, as it could be a sound wave, radiation wave, light wave or micro wave. Now then take any two waves of any type and send them together at the same time. The faster the waves can travel the better and therefore spectrums of light waves would be best for maximum data transmissions.

Since we now have GPS systems, which can guarantee the exact location of the transmission device and the receiver, we can therefore know the exact distance between the two devices. Next, we send the signal and data in the two different waves, as well as take advantage of th

current type will be very difficult indeed. I propose since we have the ability to synchronize time via Atomic Clocks and can now transmit via light, microwave and other forms of directional sound, that we can use the differences in the waves themselves to send data and be able to compress the data by 10,000 times what we once could. How so you ask? Well it is simple really.

Picture a wave on a piece of paper and this wave can be any type of wave, as it could be a sound wave, radiation wave, light wave or micro wave. Now then take any two waves of any type and send them together at the same time. The faster the waves can travel the better and therefore spectrums of light waves would be best for maximum data transmissions.

Since we now have GPS systems, which can guarantee the exact location of the transmission device and the receiver, we can therefore know the exact distance between the two devices. Next, we send the signal and data in the two different waves, as well as take advantage of th

so you ask? Well it is simple really.

Picture a wave on a piece of paper and this wave can be any type of wave, as it could be a sound wave, radiation wave, light wave or micro wave. Now then take any two waves of any type and send them together at the same time. The faster the waves can travel the better and therefore spectrums of light waves would be best for maximum data transmissions.

Since we now have GPS systems, which can guarantee the exact location of the transmission device and the receiver, we can therefore know the exact distance between the two devices. Next, we send the signal and data in the two different waves, as well as take advantage of th

light waves would be best for maximum data transmissions.

Since we now have GPS systems, which can guarantee the exact location of the transmission device and the receiver, we can therefore know the exact distance between the two devices. Next, we send the signal and data in the two different waves, as well as take advantage of the modulation of the waves themselves. This allows for frequency hopping and makes it impossible for scanner devices to collect the data.

In addition to this each wave when it overlaps another will have spaces between the waves. Each space represents a geometric shape or a symbol, word or byte of data you see? Considers the 2006.