On Monday, June 25, 2012 11:44:57 PM UTC+12, Ash wrote:
Speaking of Feynman, the famous Cornell lecture series, which might be
quite on topic:
http://research.microsoft.com/apps/tools/tuva/index.html# data=3%7Cd71e62e2-0b19-4d82- 978b-9c0ea0cbc45f%7C%7C
Haven't had time to watch much but he did integrate a lot of humor.
On 6/25/2012 7:22 AM, Molly wrote:
> Not sure Richard Feynman would have agreed, but ok. Quantum computing
> is still being poineered
>
> On Jun 25, 4:23 am, Allan H<allanh1...@gmail.com> wrote:
>> lol Now we know what you spend your time pondering while you roam the
>> jungles 6 months at a time..
>> They are not imaginary but rather real as you can show the effect.
>> But you must remember americans have not reached the A0, A1, A2, A4 ,,
>> Their math is still stuck in the archaic age of paper.
>> Allan
>> On Jun 25, 2012 8:52 AM, "malcymo"<malc...@gmail.com> wrote:
>>
>>
>>
>>
>>
>>
>>
>>> A couple of short mathematical poems for you all:-
>>
>>> *Uniformity*
>>
>>> The ratio 'one by root two'****
>>
>>> Has powerful acclaim****
>>
>>> For should one divide one by two****
>>
>>> The ratio remains****
>>
>>> This simple fact made foolscap die****
>>
>>> And paper size mundane.****
>>
>>> 'A0', 'A1', 'A2', 'A4'****
>>
>>> When folded look the same.
>>
>>> *Numbers Imaginary*
>>
>>> * *
>>
>>> That damned square root of minus one****
>>
>>> Does not exist or so they say****
>>
>>> So let's imagine that it does****
>>
>>> And give it a name, Call it 'j'.****
>>
>>> ** **
>>
>>> For 'j' to have reality****
>>
>>> Real things it then must do for me****
>>
>>> If not it will simply remain,****
>>
>>> Imaginary in fact and name.****
>>
>>> ** **
>>
>>> 'j' squared times one is minus one****
>>
>>> A vector rotation of pi****
>>
>>> So by itself, what must it do,****
>>
>>> A vector rotation of pi over two?
>>
>>> Just sharing, Malc****
>>
>>> On Monday, 25 June 2012 17:27:47 UTC+12, rigsy03 wrote:
>>
>>>> That definitely is geometrical but can get very complicated- it's
>>>> great if it falls into place naturally or easily on a crude 3:5 or
>>>> 5:8. The Japanese diagonals are a lure- always- so I get into a
>>>> scramble sometimes- but that's back to perspective. Anyway, this
>>>> figure is in trouble- it might be 10 years ago I started it- maybe 15.
>>>> Am starting to call her Dizzy Mona. :-)
>>
>>>> On Jun 23, 11:53 pm, malcymo<malc...@gmail.com> wrote:
>>>>> And to think that some mathematical ratios are also aesthetically
>>>>> beautiful. I am thinking of the Golden Ratio in art and the most
>>>> delightful
>>>>> aspect ratio for a picture or TV screen.
>>
>>>>> On Sunday, June 24, 2012 4:26:15 AM UTC+12, pol.science kid wrote:
>>
>>>>>> I came accross this article mentioning the fibbonacci series... and
>>>>>> the mathematical patterns in nature.. then i wikied it... there were
>>>>>> too many concepts for me to grasp cos i am not familiar with math
>>>> that
>>>>>> much(i feel now i should do something about it).. it was really
>>>>>> amazing for me... specific patterns.. in precison.. makes you wonder
>>>>>> whether after there is a MIND that contains us... and whether there
>>>>>> are accidents indeed?.. i kknow many of you atre science experts..
>>>>>> please bulid the discussion as you might.. i would love to know
>>>>>> more.... and know what you guys think...- Hide quoted text -
>>
>>>>> - Show quoted text -
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