[MD] Plancks constant visualised

[ADRIE KINTZIGER]

The smallest space in the example is exactly Planck's constant,
and light is not massless

2010/12/4 Jan-Anders <jananderses at telia.com>

> Hi Adrie
>
> One DERIVATION OF LORENTZ-EINSTEIN TRANSFORMS is about time dilation.
>
> It works like this:
>
> An object moving through the space with a certain percentage of the light
> speed contracts the distance
>
> The time dilation =SQRT(1-(percentage of lightspeed^2))
>
> I haven't learned JAVA math's yet but you can try it easily with your
> favourite calculator.
>
> ex:
>
> Speed (% of liLength contraction (%)
>            10         99,5
>            50         86,6
>            70        71,41
>            90        43,59
>            91        41,46
>            95        31,22
>            97        24,31
>            99        14,11
>          99,1        13,39
>          99,5         9,99
>          99,7         7,74
>          99,9         4,47
>         99,91         4,24
>         99,95         3,16
>         99,99         2,45
>        99,991         1,34
>        99,995            1
>        99,999         0,45
> 100 (The Light            0
>
>
> This means that to the light itself (and smaller massless things), there is
> no space at all. How far will they reach?
>
> JA
>
> moq_discuss-request at lists.moqtalk.org skrev 2010-12-04 13.32:
>
>> http://acidcow.com/flash/15085-scale-of-the-universe-flash.html
>>
>> good stuff, you need a flash player.
>> scrolls in real far
>>
>> -- parser
>>
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-- 
parser