Re: Corrections! was Re: Superluminal...

2004-12-12 Thread Harry Veeder
Horace Heffner at [EMAIL PROTECTED] wrote: At 5:48 PM 12/10/4, Harry Veeder wrote: Thank you for responding to my revised post. Synchronisation is done beforehand. e.g. Synchronise two clocks at the sender's location. Then move one of the clocks to the receiver's location. Atomic

Re: Corrections! was Re: Superluminal...

2004-12-11 Thread Standing Bear
On Friday 10 December 2004 19:03, Horace Heffner wrote: At 5:48 PM 12/10/4, Harry Veeder wrote: Thank you for responding to my revised post. Synchronisation is done beforehand. e.g. Synchronise two clocks at the sender's location. Then move one of the clocks to the receiver's location.

Re: Corrections! was Re: Superluminal...

2004-12-11 Thread Kyle Mcallister
Harry Veeder wrote: Synchronisation is done beforehand. e.g. Synchronise two clocks at the sender's location. Then move one of the clocks to the receiver's location. Problems arise here, due to relativistic effects. If you move one of the clocks, its time will be different than that of the

Re: Corrections! was Re: Superluminal...

2004-12-11 Thread Kyle Mcallister
--- Standing Bear [EMAIL PROTECTED] wrote: Hello Listers I would like to say that IMHO any photons actually measured at greater that 'c' would be enough to shake the foundations of the Einstein religion to its very foundations. And I do mean .ANY photons! My thoughts on this

Re: Corrections! was Re: Superluminal...

2004-12-10 Thread Horace Heffner
At 4:02 PM 12/10/4, Harry Veeder wrote: Sorry I made a few typos and misused some terms. Harry Here is a proposal for a natural measure of FTL messaging. I say it is natural because it does not require a response message. The relevant variables are: 1) T - communication time. The time it

Corrections! was Re: Superluminal...

2004-12-10 Thread Harry Veeder
Sorry I made a few typos and misused some terms. Harry Here is a proposal for a natural measure of FTL messaging. I say it is natural because it does not require a response message. The relevant variables are: 1) T - communication time. The time it takes to send and receive a message.