Re: SETI public: Some interesting NEO

• Previous message: Rashid Faizullin: "SETI public: Some interesting NEO"
• In reply to: Rashid Faizullin: "SETI public: Some interesting NEO"

People are always bouncing signals off the moon. That means they are sending
their signals into the middle of the L2 zone.
People are always looking at the moon with all kinds of optical gear.
Anything hanging up there must be very small, (or stealthy mode is on)
because no one has any hard data of anything in that area.
That's not to say we shouldn't keep looking. Heck, there could be dozens of
basket ball sized objects floating around there.

73,
Rich<>
NJ1A
ARGUS
FN42jl

----- Original Message -----
From: "Rashid Faizullin" <rtf_at_univer.omsk.su>
To: <public@setileague.org>
Sent: Monday, February 03, 2003 4:23 PM
Subject: SETI public: Some interesting NEO

> Hello friends
> at first, I should say so your tragedy with Columbia are our tragedy
> too.
>
............................................................................
................
>
> There are well known idea about Bracewell probe or more
> exact we should say idea of Tipler probes so if there are ETI
> hence there must be _some_ numbers of ETI'es probes near Earth.
>
> After first and naked view we say there are no nothing like same probes
> near Earth.
> But question, what position is optimal for probe? Of course our first
> answer
> it must be positions on the lagrangian points of Earth - Moon system.
>
> But really it's so optimal?
>
> Last years gave to us some examples of asteroids with more best
> locations -
>
> 2000 SG344
>
> http://newton.dm.unipi.it/cgi-bin/neodys/neoibo?objects:2000SG344;main
>
> Of course it maybe is only Apollo fragment (
> http://www.iau.org/IAU/FAQ/sg344.html )
>
> but there are some other asteroids with similar orbits
>
> examples:
>
> 2000 LG6
> http://neo.jpl.nasa.gov/cgi-bin/db_shm?sstr=2000+LG6&search=Search
>
> and
>
> 2001 GP2
>
> http://neo.jpl.nasa.gov/cgi-bin/db_shm?sstr=2001+GP2
>
> Note, there must be only one correction on some hundred years against
> one correction for some month on lagrangian points for stabilization of
> near Earth orbit. And near Earth velocities are at order of ~ 1 km/s.
>
> Also, we have Moon and Earth-Moon system but for more current
> cases (without Moon) there must be more current strategy for long
> orbital
> probe.
>
> WBR
> R.T.Faizullin
> (may be I'm wrong but it's only my poor song)
>

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