10.0 GHz to 10.5 GHz search band : Why not search here...

10.0 GHz to 10.5 GHz search band : Why not search here...

Amateur use of the band it limited, and in Australia, and maybe the US it may be possible to get a transmission ban within 100 km of the radio telescope doing the search.

10 GHz is close to Pi x e

Pi x e = 3.14159... x 2.71... ~= 8.513716091228

Not exactly 10 GHz, but like WWV + WWVH + BPM

http://en.wikipedia.org/wiki/Template:Time_signal_stations

It may be an important time and frequency segment to use for deep space telecom.

Myself, I think the CCSDS should use about 20 MHz of the band for Uplink and Downlink for craft visiting Jupiter to Eris. The 7 GHz band the CCSDS uses now is somewhat crowded and some transmission time rationing is used on selected channels.

I do wonder what happend to southern hemisphere search using parks telescope.
There was plans using it back then.

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10 GHz is close to Pi x e

Pi x e = 3.14159... x 2.71... ~= 8.513716091228

Yes, any fundamental physical property could be the basis for a ‘universal code’ of some kind, as long as no purely conventional measures or notations are introduced to disguise the ‘symbols’. The more complex a pattern is, the harder it becomes to distinguish from a chaotic background.

10 GHz is close to Pi x e

Pi x e = 3.14159... x 2.71... ~= 8.513716091228

Yes: Euler’s number is a fundamental & important mathematical constant, the base of the exponential function exp(x), of which the natural logarithm function ln(x) is the inverse. My favourite definition for e—just one of several—is that it’s the limit, as n tends to infinity, of (1 + 1/n) raised to the nth power. (Sorry for the verbosity: BBCode seems to lack tags for sub- and superscripts.) It’s a transcendental number, like π; its first few digits are 2.718281828459. This constant appears frequently in calculus, laws of growth & decay, and the hyperbolic trigonometric functions sinh(x), cosh(x), tanh(x), &c.

Yes: Euler’s number is a fundamental & important mathematical constant, the base of the exponential function exp(x), of which the natural logarithm function ln(x) is the inverse. My favourite definition for e—just one of several—is that it’s the limit, as n tends to infinity, of (1 + 1/n) raised to the nth power. (Sorry for the verbosity: BBCode seems to lack tags for sub- and superscripts.) It’s a transcendental number, like π; its first few digits are 2.718281828459. This constant appears frequently in calculus, laws of growth & decay, and the hyperbolic trigonometric functions sinh(x), cosh(x), tanh(x), &c.

Yes, if i was an alien wanting to broadcast to the whole universe, i would pick a random complex mathematical constant, that might not be constant, then multiply that by Pi to complicate it further, then divide it by the Nth term given by X(3.14n(n x n^6)+x-x^2).

Yep, then everyone will know i'm here! Its obvious really ....LOL

I'm kinda glad SETI@home just stick to the hydrogen line, nice and simple, even if it never succeeds!

We don't need fusion which requires hundreds of millions of degrees.

Fission is just fine. We should be able to generate Plutonium in a breeder reactor and there is plenty of uranium around for which we can enrich to U-235 (about only 3% for reactors from .7% occurring naturally.)