> Would you please help me out with a question in quantum mechanics?The
> question is,
[quoted text clipped - 3 lines]
> with regards
> Shamik
1+ infiniti = infiniti there are no zeros.
> Would you please help me out with a question in quantum mechanics?The
> question is,
[quoted text clipped - 3 lines]
> with regards
> Shamik
one plus infiniti equals infiniti there are no zeros. time is a one.
matter is infiniti. what does one recieve when one apple equals one
apple? another apple. jambute@gmail.com
So that, Squaring it (getting the Prob. Amplitude) may be positive or
negative. Note: Square y=y y
If it were real numbers, squared will be positive numbers allways, adding.
there will be NO negative interference.
Being complex numbers, squared could be positive or negative, adding or
substracting. So that you can have both types of interference.
In general in Quantum Mec. requires representation it in Hilbert Spaces with
complex quantities.
See Feynmann articles about it in the Web.
Read about Hilbert Spaces, also.
See you.
On 21/7/06 17:04, in article
1153494258.448692.242940@b28g2000cwb.googlegroups.com, "shamikphy@yahoo.com"
> Would you please help me out with a question in quantum mechanics?The
> question is,
[quoted text clipped - 3 lines]
> with regards
> Shamik
--
shamikphy@yahoo.com - 23 Jul 2006 18:06 GMT
Thank you for your email which will help me a lot in the matter.
> So that, Squaring it (getting the Prob. Amplitude) may be positive or
> negative. Note: Square y=y y
[quoted text clipped - 23 lines]
>
> --
jj - 24 Jul 2006 20:29 GMT
You are welcome
Manaste and Good Luck
On 23/7/06 19:06, in article
1153674404.801696.30500@m73g2000cwd.googlegroups.com, "shamikphy@yahoo.com"
> Thank you for your email which will help me a lot in the matter.
>> So that, Squaring it (getting the Prob. Amplitude) may be positive or
[quoted text clipped - 24 lines]
>>
>> --
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