Time viewing possibilities?

chronovisor

Temporal Novice
Hi all. I've taken an interest over the last few years in the potential reality of time viewing (not time travel). I should note that I'm not a science guy, so forgive my lack of intimate knowledge on quantum physics, etc, etc.

A few years ago, I read a book called "Breaking the Time Barrier" by Jenny Randles. I found it a pretty fascinating read overall, but one particular section really made an impression. It's available on Google books, and the section I'm talking about is around page 72.

http://books.google.com/books?id=9NedOIaGR8kC&pg=PA72&lpg=PA72&dq=eglin+noctovision&source=bl&ots=g0kRlad153&sig=v8G_CIvfxTbrOxrLudbWkhUKg9I&hl=en&ei=3KlKSqD3O4-IMqb3zLAC&sa=X&oi=book_result&ct=result&resnum=1

Apparently, an inventor named John Logie Baird, among his other achievements, came up with some innovations in night vision photography. According to Randles' book, a plane flying over Eglin Air Force Base (Florida) was experimenting with a next-generation version of the Baird "Noctovision" camera. They picked up signature ghost images of cars that had been in the parking lot earlier in the day.

This blew my mind! I had to wonder why this hadn't immediately been investigated, developed, improved upon, and used in practical applications like crimefighting, mystery solving, lost key finding, etc. For all we know, they did develop it (this was sometime in the 1950's, I think), and a working time viewer now lies hidden deep within a government bunker in Virginia. But I digress.

So, while I don't think that it's likely that visiting and affecting past events is possible, I think that technology can be developed to view events from the past (perhaps even hear them, but that would be a whole other department).

I started wondering about the concept of mirrors--how they're basically the lighted images being bounced back from a reflected surface into our eyeballs. I wondered (again, not being a science expert by any means) what it might take to somehow bend, refract, or otherwise manipulate a reflective surface so as to actually delay the light (and the image the light is showing) as it exits the device. If it were possible, could the device then be further manipulated to delay the action a millisecond? A second? A minute? Ten years?

Naturally, such a device would only "play" the events that are in it since it was installed. You couldn't put it up in Ford's Theater today and have it play back the Lincoln assassination, since that took place long before the device was installed.

However, that event did take place in a large room that had to have had at least a few reflective surfaces. What if (stay with me now) you could somehow "extract" the image that was reflected in George Washington's mirror, or the barrel of Booth's gun, or the volcanic rock on the side of a mountain during some famous Greek battle?

It seems like, if we can see the light of stars millions of light years away, and that light is from millions of years ago, there might be a way to see the same light that came from our own planet at a given time and date. It's just a matter of figuring out the right buttons and whistles, and adjusting them accordingly.

This is my first post, and I really would like to have some engaging conversations on the subject, so have mercy on me.
 
I sort of was thinking about something similar to what you wrote regarding reflections. I haven't really looked much further into this...but...how long does it take light to get to the outer planets in the Solar System ?

Now, to view the light arriving at these locations would be tough, since to get something near those objects would take quite awhile in itself. However, it seems to me that when we look at the night sky, and can see Jupiter, we are seeing the reflection of sunlight that "bounced" off of the planet.

so, if it took a specific amount of time to reach Jupiter, then it took even longer coming back for us to see the reflection(s).

Would this same dynamic work for what you suggested ? To develop technology that could, in essence, focus the reflected light coming "back" from the outer sections of the Solar System...and how old would the images be ?
 
Time Mirror
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Chronovisor, this my first post too!
I like your theory a lot.

If there was a mirror on 'Plaxet X' 20 light years from Earth, and I had a camera aimed at Planet X, the reflections I get of Earth would be events of what happened 40 years ago!

We would then be able to have a 'Google Earth' view of what happened to Kennedy in Texas in 1969?

Clearly this is an impossible task, but the idea is nice.

Bill!
 
Chronovisor, this my first post too!
I like your theory a lot.

If there was a mirror on 'Plaxet X' 20 light years from Earth, and I had a camera aimed at Planet X, the reflections I get of Earth would be events of what happened 40 years ago!

We would then be able to have a 'Google Earth' view of what happened to Kennedy in Texas in 1969?

Clearly this is an impossible task, but the idea is nice.

One problem, if we ignore the "tiny" engineering issues: the chance that even a single photon that left Dealey Plaza on 22-NOV-63 would hit the mirror on Planet X 22 LY away borders on zero...unless the mirror is several LY in diameter.

But the theory is correct. When you look in a mirror .5 meters from you you are seeing yourself 3.33*10^-9 seconds in the past.
 
Chrono,

Apparently, an inventor named John Logie Baird, among his other achievements, came up with some innovations in night vision photography. According to Randles' book, a plane flying over Eglin Air Force Base (Florida) was experimenting with a next-generation version of the Baird "Noctovision" camera. They picked up signature ghost images of cars that had been in the parking lot earlier in the day.

Correct about being able to pick up "ghost" images. The current and next generation night vision goggles, FLIRS and other such systems don't just amplify faint visible spectrum light like the first generation Vietnam era "Starlight Scope" system did. They are very sensitive to the infrared spectrum - heat.

Park a tank on the desert and let it heat up from the sun. The sun goes down, the sand starts to cool but the tank doesn't cool nearly as fast as the sand. Drive the tank away and an A/C with FLIRS can spot the original heat signiture in the sand where the tank was parked, identify it as a tank and even, for a while at least, follow the heat signiture of the tracks left in the sand as it drove away. Missle away! BMFKB! No more tank.
 
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