[demi-demokrasi] Re: dark matter/anti matter

[jusfiq]

Date sent:              Wed, 25 Aug 1999 06:00:38 -0500 (CDT)
Send reply to:          [EMAIL PROTECTED]
From:                   Setya A Sis <[EMAIL PROTECTED]>
To:                     Multiple recipients of list <[EMAIL PROTECTED]>
Subject:                dark matter/anti matter

> Dari laboratorium fermilab dan CERN, akan dibuktikan kenyataan bahwa
> "dark matter" atau anti materi atau partner materi itu ada.
> Nanti akan ada "dark sasis" atau "dark mBin" sebagai negatif super
> materi.
> Anti materi ini jauh lebih besar/massif dari pada materi itu sendiri,
> meski sampai sekarang belum dapat terdeteksi di siklotron.
> 
> Apakah makhluk-2 ghaib ini adalah bayangan atau "anti" materi *daripada*
> kita sendiri? Apakah malaikat-2, Jibril atau Setan atau Jin atau Dajjal
> atau Lucifer itu sebenarnya adalah (kesadaran) kita sendiri dalam bentuk
> lain yang super ekstrim?
> 
> Lalu di mana letak/momentum/event *daripada* tuhan?
> 
> Grand Unified Theories makin mendekat, tapi tuhan.... muke lu jauuuuuh.
> 

    Wah, lalu neraka itu jadi bakal nggak ada? 

    Saya pada hal udah siap-sia untuk masuk neraka biar bisa terus makan
    ca siu dan minum anggur yang memabukkan + cognac + calvados +
    makanan enak lainnya! 

    (Di sorga cuman ada buah khuldi, susu, madu dan anggur yagn tidak
    memabukkan. Dan itupun kalau saya didemenin Tuhan yang - dan ini
    nggak mungkin). 

    Wah, runyam juga! 


> If God is perceived as something non-matter affecting this material
> world, I am an atheist. No longer agnostic.
> If he/she is something matterial affecting this material world, I am
> still an agnostic. Simply need a proof.
> 
> Sasis
> =============
> Copy dari:
> >>http://ParticleAdventure.org/supersymmetry.html
> 
> 
> > Many physicists have developed theories of supersymmetry, particularly
> > in the context of Grand Unified Theories, which attempt to unify the
> > Strong, Weak, and Electromagnetic interactions to help explain why
> > particles have the masses they have. The supersymmetric theory
> > postulates that every particle we observe has a massive "shadow"
> > particle partner. For example, for every quark there may be a so-called
> > "squark" tagging along.
> >
> >
> > No supersymmetric particle has yet been seen, but experiments underway
> > at CERN beginning in Autumn 1995 have searched for the partner of the W
> > boson, and experiments at Fermilab are looking for the partners of the
> > quarks and gluons.
> >
> > One of the supersymmetric particles (the "neutralino") might make up
> >
> > the missing dark matter.
> >
> 
> 
> 
> 


Jusfiq Hadjar gelar Sutan Maradjo Lelo                                              =
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