Richard,

I was not talking about decoding it, as that would need our understanding
of their way of thinking. But detecting fairly rapid variations of
Amplitude, Frequency, Phase or a combination of either.
That would be easy with the FFT spectrum, and does not need to decode,
Just find that there are variable patterns, which would imply messages.

Just another $0.02,

Jean-Paul
N1JPL



> On Oct 12, 2016, at 3:22 PM, Richard Prosser <rhprosser@gmail.com> wrote:
>=20
> Or is part of a progression to check the state of technology?
> You need optical telescopes to see that far, you need FFT to see the
> the narrow pulses & bandwidths, you need ???? to see the modulation,
> you need ??? to decode it........
>=20
> RP
>=20
> On 13 October 2016 at 07:53, Jean-Paul Louis <louijp@gmail.com> wrote:
>> I agree with David,
>>=20
>> A narrow pulse cause is unknown today, but that does not prove ETI.
>> If those pulses had any kind of varying modulation, that would be a diff=
erent story.
>>=20
>> Waiting for better news,
>> Jean-Paul
>> N1JPL
>>=20
>>=20
>>> On Oct 12, 2016, at 10:29 AM, RussellMc <apptechnz@gmail.com> wrote:
>>>=20
>>> On 13 October 2016 at 02:17, Van Horn, David <
>>> david.vanhorn@backcountryaccess.com> wrote:
>>>=20
>>>> As the papers said, there is no known process in nature which sends su=
ch
>>>> narrow pulses (time and wavelength) at the appropriate power levels
>>>=20
>>>=20
>>> I think that should read something like
>>>=20
>>> " ... until now there was no known process in nature which sends such
>>> narrow pulses (time and wavelength) at the appropriate power levels ...=
 ".
>>>=20
>>> Now we know there is one. Just not what it is. Yet.
>>> (Escape clause: LGM are "in nature" :-).)
>>>=20
>>>=20
>>>             R
>>>=20
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>>=20
>>=20
>>=20
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