© 2005 This article is subject to copyright laws and my not be reproduced without acknowledgment to the writer John McMaster and dated July 4th 2005.
John McMaster is a commercial writer, philosopher and author.
The problem with most time travel theories is the desire to take our body along.
Time travel is being in a place, past or present, with the ability to observe or participate in events that have either taken palace or that will take place in the future.
Observing signals have already been shown to have made this quantum leap.
Superluminal tunneling (faster than light transmission of
signals) was first observed at the University of Cologne
with micro-wave photons. Soon thereafter these experiments
were duplicated and validated at the University of Berkeley
and Vienna.
For theoretical physics the implication is that there exist
spaces, devoid of time.
Prof. Dr. Nimtz present experiment takes it's inspiration
from an experiment by Jagadis Chandra Bose, an Indian
physicist born in 1858. Bose's successful public
demonstration of remote signaling with radio waves in 1895
predate Marconi's experiments by two years.
In 1897 Bose carried out experiments with semiconductors at
frequencies as high as 60 GHz and was in the opinion of Sir
Neville Mott, Nobel Laureate in 1977, at least 60 years
ahead of his time.
The new experiment of Prof. Nimtz explores total internal
reflection of micro waves inside a dielectric prism, and the
effect and characteristics of a small air gap between two
identical prisms.
One known effect of quantum tunneling is the propagation of
photons at speeds much faster than light.
Prof. Nimtz explaining the tunneling effect on the
dielectric prism. The modulation of the microwave is approx.
1Ghz. and has a wavelength of 3cm. The gap between the
prisms is 5cm, and tunneling takes place.
Prof. Nimtz: "The waves enter on the left and are being
reflected totally on the first wall. Only when the distance
between the two prisms is not too great the can signal
tunnel through the gap. It looks as if this gap here is the
tunnel barrier.
When we increase the gap the signal intensity received at
the other end decreases. This has already been shown by Bose
in 1897. But the time in which the signal traverses the
tunnel has not been reliably measured until now."
Speeds measured on this device exceeded 9x the speed of
light, within the frame of reference of this tunnel. The
speed is achieved by the staggered effect of repeated change
from Perspex to air.
We cannot observe any signal moving faster than light!
----------------------
The superliminal (FTL) speeds are noted to have been
measured at from 9X to 30X the speed of light depending on
the experimental setup. Professor Nimtz' original paper.
Imagine a radio wave as an observer. The radio wave travels to its destination, a receiver. The receiver observes the future and returns the signal to the sender. You have in effect traveled through time.
Now step 2. The receiver is a complex drone able to move in its environment responding to your every move with the help of a mirror suit worn by the observer.
The main reason that we have not successfully been able to do this is that no one has built a drone to receive the signal in the past. Our time is a time of frustration for future time travelers as few people are attempting to build receivers for them to connect too.
Look at it this way. You are the builder of the first radio transmitter and you vigorously send out your signals for the entire world to receive, the problem is no one has bothered to make a receiver. The signals are there but without a receiver they are lost to the listener. Turn on your radio and recognize that you are in effect opening a doorway.
Start building
A machine able to receive such signals must observe some fundamental laws first observed by Professor Nimtz which describes the nature of the signals you will be receiving.
Someone building such a receiver in a primitive form may just find themselves receiving the lottery numbers before they are officially announced if that’s any incentive.
Remember someone is waiting for you to open the doorway to the future.
Your comments are welcome.
John McMaster is a commercial writer, philosopher and author.
The problem with most time travel theories is the desire to take our body along.
Time travel is being in a place, past or present, with the ability to observe or participate in events that have either taken palace or that will take place in the future.
Observing signals have already been shown to have made this quantum leap.
Superluminal tunneling (faster than light transmission of
signals) was first observed at the University of Cologne
with micro-wave photons. Soon thereafter these experiments
were duplicated and validated at the University of Berkeley
and Vienna.
For theoretical physics the implication is that there exist
spaces, devoid of time.
Prof. Dr. Nimtz present experiment takes it's inspiration
from an experiment by Jagadis Chandra Bose, an Indian
physicist born in 1858. Bose's successful public
demonstration of remote signaling with radio waves in 1895
predate Marconi's experiments by two years.
In 1897 Bose carried out experiments with semiconductors at
frequencies as high as 60 GHz and was in the opinion of Sir
Neville Mott, Nobel Laureate in 1977, at least 60 years
ahead of his time.
The new experiment of Prof. Nimtz explores total internal
reflection of micro waves inside a dielectric prism, and the
effect and characteristics of a small air gap between two
identical prisms.
One known effect of quantum tunneling is the propagation of
photons at speeds much faster than light.
Prof. Nimtz explaining the tunneling effect on the
dielectric prism. The modulation of the microwave is approx.
1Ghz. and has a wavelength of 3cm. The gap between the
prisms is 5cm, and tunneling takes place.
Prof. Nimtz: "The waves enter on the left and are being
reflected totally on the first wall. Only when the distance
between the two prisms is not too great the can signal
tunnel through the gap. It looks as if this gap here is the
tunnel barrier.
When we increase the gap the signal intensity received at
the other end decreases. This has already been shown by Bose
in 1897. But the time in which the signal traverses the
tunnel has not been reliably measured until now."
Speeds measured on this device exceeded 9x the speed of
light, within the frame of reference of this tunnel. The
speed is achieved by the staggered effect of repeated change
from Perspex to air.
We cannot observe any signal moving faster than light!
----------------------
The superliminal (FTL) speeds are noted to have been
measured at from 9X to 30X the speed of light depending on
the experimental setup. Professor Nimtz' original paper.
Imagine a radio wave as an observer. The radio wave travels to its destination, a receiver. The receiver observes the future and returns the signal to the sender. You have in effect traveled through time.
Now step 2. The receiver is a complex drone able to move in its environment responding to your every move with the help of a mirror suit worn by the observer.
The main reason that we have not successfully been able to do this is that no one has built a drone to receive the signal in the past. Our time is a time of frustration for future time travelers as few people are attempting to build receivers for them to connect too.
Look at it this way. You are the builder of the first radio transmitter and you vigorously send out your signals for the entire world to receive, the problem is no one has bothered to make a receiver. The signals are there but without a receiver they are lost to the listener. Turn on your radio and recognize that you are in effect opening a doorway.
Start building
A machine able to receive such signals must observe some fundamental laws first observed by Professor Nimtz which describes the nature of the signals you will be receiving.
Someone building such a receiver in a primitive form may just find themselves receiving the lottery numbers before they are officially announced if that’s any incentive.
Remember someone is waiting for you to open the doorway to the future.
Your comments are welcome.
