Warning

 

Close
Confirm Action

Are you sure you wish to do this?

Cancel Confirm
AR15.COM
10/20/2014 12:56:44 AM EDT
Explain this in layman's terms please.
10/20/2014 12:57:54 AM EDT
[#1]
BLOOD FOR THE BLOOD GOD!
10/20/2014 1:00:53 AM EDT
[#2]
Quote History
Quoted:
BLOOD FOR THE BLOOD GOD!
View Quote


That would be easier to grok.
10/20/2014 1:02:06 AM EDT
[#3]

Quoted:


Explain this in layman's terms please.
View Quote




 







aaaand done!
10/20/2014 1:08:38 AM EDT
[#4]
Written before the discovery of dark energy's influence on the universe. There is no Big Crunch, second big bang, and opportunity to find a new home. The travelers would instead witness the heat death of the universe, forever marooned at near light speed.
10/20/2014 1:10:38 AM EDT
[#5]
Quote History
Quoted:

 

http://en.wikipedia.org/wiki/Tau_Zerok

aaaand done!
View Quote View All Quotes
View All Quotes
Quote History
Quoted:
Quoted:
Explain this in layman's terms please.

 

http://en.wikipedia.org/wiki/Tau_Zerok

aaaand done!


LOL.. No.

I just read the novel,  how I never did before is a mystery to me.

The minute fractions of light speed I find fascinating. I thought I had a layman's grasp of time dilation but apparently not.

eta: the novel led me to this question but I'm asking about the actual equation.
10/20/2014 1:34:08 AM EDT
[#6]
The Swedes will inherit the Earth
10/20/2014 3:11:00 AM EDT
[#7]
Quote History
Quoted:
The Swedes will inherit the Earth
View Quote


Yeah, but I can imagine far worse!

Bump for the eggheads.
10/20/2014 3:45:45 AM EDT
[#8]
Quote History
Quoted:


LOL.. No.

I just read the novel,  how I never did before is a mystery to me.

The minute fractions of light speed I find fascinating. I thought I had a layman's grasp of time dilation but apparently not.

eta: the novel led me to this question but I'm asking about the actual equation.
View Quote View All Quotes
View All Quotes
Quote History
Quoted:
Quoted:
Quoted:
Explain this in layman's terms please.

 

http://en.wikipedia.org/wiki/Tau_Zerok

aaaand done!


LOL.. No.

I just read the novel,  how I never did before is a mystery to me.

The minute fractions of light speed I find fascinating. I thought I had a layman's grasp of time dilation but apparently not.

eta: the novel led me to this question but I'm asking about the actual equation.


Click the link... Scroll down... Read...
10/20/2014 3:52:38 AM EDT
[#9]


duh.
10/20/2014 4:05:31 AM EDT
[#10]
Quote History
Quoted:


Click the link... Scroll down... Read...
View Quote View All Quotes
View All Quotes
Quote History
Quoted:
Quoted:
Quoted:
Quoted:
Explain this in layman's terms please.

 

http://en.wikipedia.org/wiki/Tau_Zerok

aaaand done!


LOL.. No.

I just read the novel,  how I never did before is a mystery to me.

The minute fractions of light speed I find fascinating. I thought I had a layman's grasp of time dilation but apparently not.

eta: the novel led me to this question but I'm asking about the actual equation.


Click the link... Scroll down... Read...


Yes. But as the novel progresses the ships relativistic speed slices the pie in ever finer slices. And it is implied that even the smallest increments of acceleration, ever increasing, add decades, centuries to their voyage in relation to earth.

I suppose my question is how does increasing relative velocity from 99.95% of c to 99.96% make a difference of decades? It seems such a small increment.

10/20/2014 9:54:51 AM EDT
[#11]

Quote History
Quoted:

Yes. But as the novel progresses the ships relativistic speed slices the pie in ever finer slices. And it is implied that even the smallest increments of acceleration, ever increasing, add decades, centuries to their voyage in relation to earth.



I suppose my question is how does increasing relative velocity from 99.95% of c to 99.96% make a difference of decades? It seems such a small increment.



View Quote


1/Tau is the factor time is dilated



At 99.95%, T = 0.0224.

At 99.96%, T = 0.020   d=0.024

At 99.97%, T = 0.0173  d=0.027

At 99.98%, T = 0.01414 d=0.0316



So you can see that the delta T increases exponentially with each hundredth of a percent increase.



 
10/24/2014 12:17:40 AM EDT
[#12]
Towards the end of the novel, when their decrease has gone on unchecked and they are effectively at light speed, their density has increased exponentially as well. I get that.

But could / would such a massive object just punch through entire galaxies in an instant?

It's a fascinating little novel.