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- Thread starter superqt4u2nv
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Here's a story I wrote earlier in case you didn't catch it:
I was bored studying and a girl was on my mind so I wrote a story....
I am jonesing for this girl I know, so I wrote a story of what I think our sex would be like. Enjoy:
I want to run my hands over your smooth, silky skin, and kiss you all over slowly; your lips, your face, neck, shoulders, wrists, stomach, thighs, down your legs and behind your knees, licking a trail down to your toes, sucking on them, and working my way back up while you lie on your stomach and I kiss and suck on your gorgeous ass, up the small of your back, flipping you over and running my tongue in circles around your massive breasts, making my way down to your sweet, hot, wet pussy. Your legs quivering with anticipation, I jet my tongue in and out of you, sucking on your ripe clit like it is a life source, while Sliding my fingers gently in and out of you, tickling you from the inside until you are gasping and short of breath from the immense pleasure. You can't stand much more, legs shaking, honey dripping from your precious hive, soon begging for a hot injection to fill the void, taking your sexual bliss to an undiscovered plane. "Fuck me, fill me with your huge cock" you pant underneath shallow breaths. As I part your quivering lips, your love juices running down my cock, dripping onto damp bed sheets beneath you, I enter you fully; your eyes say it all, locked onto mine, before slipping away under long lashes, the sensations of my slow rhythmic pumping too much to keep them open. I love the sound of my member splashing in and out of you, coupled by your gasping breath in my ear as I kiss your flushed neck, gently kneading handfulls of silky hair, and I kiss your face, licking and sucking your full lips while I bury myself inside of your hot, dripping mushy goodness. You can feel the energy flooding your entire body with each steady thrust; getting faster, building until everything is suspended for a moment.... I'm holding onto you tightly now, exuberantly awaiting your powerful release. With a heavy gasp, your womanhood clenching my throbbing cock, until you scream and I feel the rush of your warm juices enveloping me; your nails digging into my back, I feel no pain as I explode inside of you, our juices crashing together like the waves of two oceans colliding. Panting heavily, we fall into each other's arms, sealing the moment with a kiss so deep we both fall asleep, leaving our spent bodies to recover for the night.
I was bored studying and a girl was on my mind so I wrote a story....
I am jonesing for this girl I know, so I wrote a story of what I think our sex would be like. Enjoy:
I want to run my hands over your smooth, silky skin, and kiss you all over slowly; your lips, your face, neck, shoulders, wrists, stomach, thighs, down your legs and behind your knees, licking a trail down to your toes, sucking on them, and working my way back up while you lie on your stomach and I kiss and suck on your gorgeous ass, up the small of your back, flipping you over and running my tongue in circles around your massive breasts, making my way down to your sweet, hot, wet pussy. Your legs quivering with anticipation, I jet my tongue in and out of you, sucking on your ripe clit like it is a life source, while Sliding my fingers gently in and out of you, tickling you from the inside until you are gasping and short of breath from the immense pleasure. You can't stand much more, legs shaking, honey dripping from your precious hive, soon begging for a hot injection to fill the void, taking your sexual bliss to an undiscovered plane. "Fuck me, fill me with your huge cock" you pant underneath shallow breaths. As I part your quivering lips, your love juices running down my cock, dripping onto damp bed sheets beneath you, I enter you fully; your eyes say it all, locked onto mine, before slipping away under long lashes, the sensations of my slow rhythmic pumping too much to keep them open. I love the sound of my member splashing in and out of you, coupled by your gasping breath in my ear as I kiss your flushed neck, gently kneading handfulls of silky hair, and I kiss your face, licking and sucking your full lips while I bury myself inside of your hot, dripping mushy goodness. You can feel the energy flooding your entire body with each steady thrust; getting faster, building until everything is suspended for a moment.... I'm holding onto you tightly now, exuberantly awaiting your powerful release. With a heavy gasp, your womanhood clenching my throbbing cock, until you scream and I feel the rush of your warm juices enveloping me; your nails digging into my back, I feel no pain as I explode inside of you, our juices crashing together like the waves of two oceans colliding. Panting heavily, we fall into each other's arms, sealing the moment with a kiss so deep we both fall asleep, leaving our spent bodies to recover for the night.
Paulo
New member
Anti-Matter
Introduction
Ordinary matter has negatively charged electrons circling a
positively charged nuclei. Anti-matter has positively charged
electrons - positrons - orbiting a nuclei with a negative charge - anti-
protons. Only anti-protons and positrons are able to be produced at
this time, but scientists in Switzerland have begun a series of
experiments which they believe will lead to the creation of the first
anti-matter element -- Anti-Hydrogen.
The Research
Early scientists often made two mistakes about anti-matter. Some
thought it had a negative mass, and would thus feel gravity as a push
rather than a pull. If this were so, the antiproton's negative
mass/energy would cancel the proton's when they met and nothing would
remain; in reality, two extremely high-energy gamma photons are
produced. Today's theories of the universe say that there is no such
thing as a negative mass.
The second and more subtle mistake is the idea that anti-water
would only annihilate with ordinary water, and could safety be kept in
(say) an iron container. This is not so: it is the subatomic
particles that react so destructively, and their arrangement makes no
difference.
Scientists at CERN in Geneva are working on a device called the
LEAR (low energy anti-proton ring) in an attempt to slow the velocity of
the anti-protons to a billionth of their normal speeds. The slowing of
the anti-protons and positrons, which normally travel at a velocity of
that near the speed of light, is neccesary so that they have a chance of
meeting and combining into anti-hydrogen.1
The problems with research in the field of anti-matter is that when
the anti-matter elements touch matter elements they annihilate each other.
The total combined mass of both elements are released in a spectacular
blast of energy. Electrons and positrons come together and vanish into
high-energy gamma rays (plus a certain number of harmless
neutrinos, which pass through whole planets without effect). Hitting
ordinary matter, 1 kg of anti-matter explodes with the force of up to
43 million tons of TNT - as though several thousand Hiroshima bombs were
detonated at once.
So how can anti-matter be stored? Space seems the only place, both
for storage and for large-scale production. On Earth, gravity will
sooner or later pull any anti-matter into disastrous contact with matter.
Anti-matter has the opposite effect of gravity on it, the anti-matter is
'pushed away' by the gravitational force due to its opposite nature to
that of matter. A way around the gravity problem appears at CERN, where
fast moving anti-protons can be held in a 'storage ring' around which
they constantly move - and kept away from the walls of the vacuum
chamber - by magnetic fields. However, this only works for charged
particles, it does not work for anti-neutrons, for example.
The Unanswerable Question
Though anti-matter can be manufactured, slowly, natural anti-matter
has never been found. In theory, we should expect equal amounts of
matter and anti-matter to be formed at the beginning of the universe -
perhaps some far off galaxies are the made of anti-matter that
somehow became separated from matter long ago. A problem with the
theory is that cosmic rays that reach Earth from far-off parts are often
made up of protons or even nuclei, never of anti-protons or
antinuclei. There may be no natural anti-matter anywhere.
In that case, what happened to it? The most obvious answer is
that, as predicted by theory, all the matter and anti-matter underwent
mutual annihilation in the first seconds of creation; but why there do
we still have matter? It seems unlikely that more matter than anti-matter
should be formed. In this scenario, the matter would have to exceed
the anti-matter by one part in 1000 million.
An alternative theory is produced by the physicist M. Goldhaber in
1956, is that the universe divided into two parts after its formation -
the universe that we live in, and an alternate universe of anti-matter
that cannot be observed by us.
The Chemistry
Though they have no charge, anti-neutrons differ from neutrons in
having opposite 'spin' and 'baryon number'. All heavy particles, like
protons or neutrons, are called baryons. A firm rule is that the total
baryon number cannot change, though this apparently fails inside black
holes. A neutron (baryon number +1) can become a proton (baryon
number +1) and an electron (baryon number 0 since an electron is
not a baryon but a light particle). The total electric charge stays at
zero and the total baryon number at +1. But a proton cannot simply be
annihilated.
A proton and anti-proton (baryon number -1) can join together in
an annihilation of both. The two heavy particles meet in a flare
of energy and vanish, their mass converted to high-energy radiation
wile their opposite charges and baryon numbers cancel out. We can
make antiprotons in the laboratory by turning this process round, using a
particle accelerator to smash protons together at such enormous energies
that the energy of collision is more than twice the mass/energy of a
proton. The resulting reaction is written:
p + p p + p + p + p
Two protons (p) become three protons plus an antiproton(p);
the total baryon number before is:
1 + 1 = 2
And after the collision it is:
1 + 1 + 1 - 1 = 2
Still two.
Anti-matter elements have the same properties as matter properties.
For example, two atoms of anti-hydrogen and one atom of anti-oxygen would
become anti-water.
The Article
The article chosen reflects on recent advancements in anti-matter
research. Scientists in Switzerland have begun experimenting with a
LEAR device (low energy anti-proton ring) which would slow the particle
velocity by a billionth of its original velocity. This is all done in an
effort to slow the velocity to such a speed where it can combine
chemically with positrons to form anti-hydrogen.
The author of the article, whose name was not included on the
article, failed to investigate other anti-matter research laboratories
and their advancements. The author focused on the CERN research
laboratory in Geneva. 'The intriguing thing about our work is that it
flies in the face of all other current developments in particle physics' .2
The article also focused on the intrigue into the discovering
the anti-matter secret, but did not mention much on the destruction and
mayhem anti-matter would cause if not treated with the utmost care and
safety. Discovering anti-matter could mean the end of the Earth as we
know it, one mistake could mean the end of the world and a release of
high-energy gamma rays that could wipe out the life on earth in mere
minutes.
It was a quite interesting article, with a lot of information
that could affect the entire world. The article, however, did
not focus on the benefits or disadvantages of anti-matter nor did
it mention the practical uses of anti-matter. They are too expensive
to use for powering rocket ships, and are not safe for household
or industrial use, so have no meaning to the general public. It is
merely a race to see who can make the first anti-matter element.
Conclusion
As research continues into the field of anti-matter there might
be some very interesting and practical uses of anti-matter in the society
of the future. Until there is a practical use, this is merely an
attempt to prove which research lab will be the first to manufacture
the anti-matter elements.
_______________________________ Swiss boldly poised to produce anti-matter
- John Eades, researcher at CERN
Swiss boldly poised to produce anti-matter - John Eades, researcher
at CERN
Introduction
Ordinary matter has negatively charged electrons circling a
positively charged nuclei. Anti-matter has positively charged
electrons - positrons - orbiting a nuclei with a negative charge - anti-
protons. Only anti-protons and positrons are able to be produced at
this time, but scientists in Switzerland have begun a series of
experiments which they believe will lead to the creation of the first
anti-matter element -- Anti-Hydrogen.
The Research
Early scientists often made two mistakes about anti-matter. Some
thought it had a negative mass, and would thus feel gravity as a push
rather than a pull. If this were so, the antiproton's negative
mass/energy would cancel the proton's when they met and nothing would
remain; in reality, two extremely high-energy gamma photons are
produced. Today's theories of the universe say that there is no such
thing as a negative mass.
The second and more subtle mistake is the idea that anti-water
would only annihilate with ordinary water, and could safety be kept in
(say) an iron container. This is not so: it is the subatomic
particles that react so destructively, and their arrangement makes no
difference.
Scientists at CERN in Geneva are working on a device called the
LEAR (low energy anti-proton ring) in an attempt to slow the velocity of
the anti-protons to a billionth of their normal speeds. The slowing of
the anti-protons and positrons, which normally travel at a velocity of
that near the speed of light, is neccesary so that they have a chance of
meeting and combining into anti-hydrogen.1
The problems with research in the field of anti-matter is that when
the anti-matter elements touch matter elements they annihilate each other.
The total combined mass of both elements are released in a spectacular
blast of energy. Electrons and positrons come together and vanish into
high-energy gamma rays (plus a certain number of harmless
neutrinos, which pass through whole planets without effect). Hitting
ordinary matter, 1 kg of anti-matter explodes with the force of up to
43 million tons of TNT - as though several thousand Hiroshima bombs were
detonated at once.
So how can anti-matter be stored? Space seems the only place, both
for storage and for large-scale production. On Earth, gravity will
sooner or later pull any anti-matter into disastrous contact with matter.
Anti-matter has the opposite effect of gravity on it, the anti-matter is
'pushed away' by the gravitational force due to its opposite nature to
that of matter. A way around the gravity problem appears at CERN, where
fast moving anti-protons can be held in a 'storage ring' around which
they constantly move - and kept away from the walls of the vacuum
chamber - by magnetic fields. However, this only works for charged
particles, it does not work for anti-neutrons, for example.
The Unanswerable Question
Though anti-matter can be manufactured, slowly, natural anti-matter
has never been found. In theory, we should expect equal amounts of
matter and anti-matter to be formed at the beginning of the universe -
perhaps some far off galaxies are the made of anti-matter that
somehow became separated from matter long ago. A problem with the
theory is that cosmic rays that reach Earth from far-off parts are often
made up of protons or even nuclei, never of anti-protons or
antinuclei. There may be no natural anti-matter anywhere.
In that case, what happened to it? The most obvious answer is
that, as predicted by theory, all the matter and anti-matter underwent
mutual annihilation in the first seconds of creation; but why there do
we still have matter? It seems unlikely that more matter than anti-matter
should be formed. In this scenario, the matter would have to exceed
the anti-matter by one part in 1000 million.
An alternative theory is produced by the physicist M. Goldhaber in
1956, is that the universe divided into two parts after its formation -
the universe that we live in, and an alternate universe of anti-matter
that cannot be observed by us.
The Chemistry
Though they have no charge, anti-neutrons differ from neutrons in
having opposite 'spin' and 'baryon number'. All heavy particles, like
protons or neutrons, are called baryons. A firm rule is that the total
baryon number cannot change, though this apparently fails inside black
holes. A neutron (baryon number +1) can become a proton (baryon
number +1) and an electron (baryon number 0 since an electron is
not a baryon but a light particle). The total electric charge stays at
zero and the total baryon number at +1. But a proton cannot simply be
annihilated.
A proton and anti-proton (baryon number -1) can join together in
an annihilation of both. The two heavy particles meet in a flare
of energy and vanish, their mass converted to high-energy radiation
wile their opposite charges and baryon numbers cancel out. We can
make antiprotons in the laboratory by turning this process round, using a
particle accelerator to smash protons together at such enormous energies
that the energy of collision is more than twice the mass/energy of a
proton. The resulting reaction is written:
p + p p + p + p + p
Two protons (p) become three protons plus an antiproton(p);
the total baryon number before is:
1 + 1 = 2
And after the collision it is:
1 + 1 + 1 - 1 = 2
Still two.
Anti-matter elements have the same properties as matter properties.
For example, two atoms of anti-hydrogen and one atom of anti-oxygen would
become anti-water.
The Article
The article chosen reflects on recent advancements in anti-matter
research. Scientists in Switzerland have begun experimenting with a
LEAR device (low energy anti-proton ring) which would slow the particle
velocity by a billionth of its original velocity. This is all done in an
effort to slow the velocity to such a speed where it can combine
chemically with positrons to form anti-hydrogen.
The author of the article, whose name was not included on the
article, failed to investigate other anti-matter research laboratories
and their advancements. The author focused on the CERN research
laboratory in Geneva. 'The intriguing thing about our work is that it
flies in the face of all other current developments in particle physics' .2
The article also focused on the intrigue into the discovering
the anti-matter secret, but did not mention much on the destruction and
mayhem anti-matter would cause if not treated with the utmost care and
safety. Discovering anti-matter could mean the end of the Earth as we
know it, one mistake could mean the end of the world and a release of
high-energy gamma rays that could wipe out the life on earth in mere
minutes.
It was a quite interesting article, with a lot of information
that could affect the entire world. The article, however, did
not focus on the benefits or disadvantages of anti-matter nor did
it mention the practical uses of anti-matter. They are too expensive
to use for powering rocket ships, and are not safe for household
or industrial use, so have no meaning to the general public. It is
merely a race to see who can make the first anti-matter element.
Conclusion
As research continues into the field of anti-matter there might
be some very interesting and practical uses of anti-matter in the society
of the future. Until there is a practical use, this is merely an
attempt to prove which research lab will be the first to manufacture
the anti-matter elements.
_______________________________ Swiss boldly poised to produce anti-matter
- John Eades, researcher at CERN
Swiss boldly poised to produce anti-matter - John Eades, researcher
at CERN
The proton-proton process
The first nuclear reaction we'll take a look on is the proton-proton process (the pp-process), which is the most common in main sequence stars. The reaction is a phased fusion between four hydrogen nuclei (protons), which, among other things, becomes a helium nucleus. Apparently the four protons should repel each other because of their positive electrical charge. This is most often the case, but since the temperature, the pressure and the density are so enormous, the protons will come close enough to each other, so the nuclear powers can over win the coulomb repulsion. Let's take a look at the reaction. In the brackets next to the reactions, the middle reaction time is mentioned (the time before the particles take part in the given reaction):
After twice the first and second reaction and a third reaction, the total net result will be:
positrons together with electrons will transform into Îł-radiation after an annihilation process. The Q-value of the pp-process is 24.69MeV.
The PP-process' meaning for life
As discussed before the density and temperature inside the core are so high that the middle reaction time for the PP-process is very long. But enough reactions to keep up the energy production occur. A really essential thing about the middle reaction time for the first reaction is that this is the only time, which decides the speed of the reactions. Thus, it is the reason for life to have developed to what it is today. If the middle reaction time had been 103 times smaller, the stars development would have been too great for life to evolve.
Spectral class
By looking at a star's electromagnetic spectrum determine it's surface temperature. You must look at the [link]absorption lines[/link] that appear in the spectrum. First, you take a look at the Balmer serie. If few lines appear from the Balmer serie, the star is either cold (between 2000K - 7-8000K) or very hot (above 20,000K). If the temperature is low (2-7000K), the photons haven't got enough energy to excite the hydrogen atoms. If the temperature is high, about 20.000K, energy-rich collisions will appear in such great numbers, that the whole hydrogen gas is ionized.
If there's powerful and many Balmer-lines, the temperature will be around 10,000K, which is exactly the energy required keeping the electrons in the 2nd energy level. Thus, many absorption lines are produced in the spectrum.
Graphs have been designed, which show patterns, where hydrogen, helium, ionized calcium, ionized iron and titanium-oxide are shown by their "line strength" at different temperatures. Though these graphs are too unpractical to be used to determine many stars' spectral lines. Therefore, one has developed a letter system, which define the stars' spectral classes. The letters are O, B, A, F, G, K and M. O is used about the hottest stars and M about the coldest. To make the system more precise, one has assigned 10 subgroups to each letter. Fx. a star in the O series can be O1, O2,…O10. Our own sun, which has a surface temperature of approx. 5,800K, belongs to the spectral class G2. This subdividing of the system gives us a aberration of 5%, which is quite good.
The first nuclear reaction we'll take a look on is the proton-proton process (the pp-process), which is the most common in main sequence stars. The reaction is a phased fusion between four hydrogen nuclei (protons), which, among other things, becomes a helium nucleus. Apparently the four protons should repel each other because of their positive electrical charge. This is most often the case, but since the temperature, the pressure and the density are so enormous, the protons will come close enough to each other, so the nuclear powers can over win the coulomb repulsion. Let's take a look at the reaction. In the brackets next to the reactions, the middle reaction time is mentioned (the time before the particles take part in the given reaction):
After twice the first and second reaction and a third reaction, the total net result will be:
positrons together with electrons will transform into Îł-radiation after an annihilation process. The Q-value of the pp-process is 24.69MeV.
The PP-process' meaning for life
As discussed before the density and temperature inside the core are so high that the middle reaction time for the PP-process is very long. But enough reactions to keep up the energy production occur. A really essential thing about the middle reaction time for the first reaction is that this is the only time, which decides the speed of the reactions. Thus, it is the reason for life to have developed to what it is today. If the middle reaction time had been 103 times smaller, the stars development would have been too great for life to evolve.
Spectral class
By looking at a star's electromagnetic spectrum determine it's surface temperature. You must look at the [link]absorption lines[/link] that appear in the spectrum. First, you take a look at the Balmer serie. If few lines appear from the Balmer serie, the star is either cold (between 2000K - 7-8000K) or very hot (above 20,000K). If the temperature is low (2-7000K), the photons haven't got enough energy to excite the hydrogen atoms. If the temperature is high, about 20.000K, energy-rich collisions will appear in such great numbers, that the whole hydrogen gas is ionized.
If there's powerful and many Balmer-lines, the temperature will be around 10,000K, which is exactly the energy required keeping the electrons in the 2nd energy level. Thus, many absorption lines are produced in the spectrum.
Graphs have been designed, which show patterns, where hydrogen, helium, ionized calcium, ionized iron and titanium-oxide are shown by their "line strength" at different temperatures. Though these graphs are too unpractical to be used to determine many stars' spectral lines. Therefore, one has developed a letter system, which define the stars' spectral classes. The letters are O, B, A, F, G, K and M. O is used about the hottest stars and M about the coldest. To make the system more precise, one has assigned 10 subgroups to each letter. Fx. a star in the O series can be O1, O2,…O10. Our own sun, which has a surface temperature of approx. 5,800K, belongs to the spectral class G2. This subdividing of the system gives us a aberration of 5%, which is quite good.
Paulo
New member
Certificate: Data: Version: v3 (0x2) Serial Number: 3 (0x3) Signature Algorithm: PKCS #1 MD5 With RSA Encryption Issuer: OU=Ace Certificate Authority, O=Ace Industry, C=US Validity: Not Before: Fri May 7 21:40:25 2004 Not After: Sun May 9 18:36:25 2004 Subject: CN=Jane Doe, OU=Finance, O=Ace Industry, C=US Subject Public Key Info: Algorithm: PKCS #1 RSA Encryption Public Key: Modulus: 00:ca:fa:79:98:8f:19:f8:d7:de:e4:49:80:48:e6:2a:2a:86: ed:27:40:4d:86:b3:05:c0:01:bb:50:15:c9:de:dc:85:19:22: 43:7d:45:6d:71:4e:17:3d:f0:36:4b:5b:7f:a8:51:a3:a1:00: 98:ce:7f:47:50:2c:93:36:7c:01:6e:cb:89:06:41:72:b5:e9: 73:49:38:76:ef:b6:8f:ac:49:bb:63:0f:9b:ff:16:2a:e3:0e: 9d:3b:af:ce:9a:3e:48:65:de:96:61:d5:0a:11:2a:a2:80:b0: 7d:d8:99:cb:0c:99:34:c9:ab:25:06:a8:31:ad:8c:4b:aa:54: 91:f4:15 Public Exponent: 65537 (0x10001) Extensions: Identifier: Certificate Type Critical: no Certified Usage: SSL Client Identifier: Authority Key Identifier Critical: no Key Identifier: f2:f2:06:59:90:18:47:51:f5:89:33:5a:31:7a:e6:5c:fb:36: 26:c9 Signature: Algorithm: PKCS #1 MD5 With RSA Encryption Signature: 6d:23:af:f3:d3:b6:7a:df:90:df:cd:7e:18:6c:01:69:8e:54:65:fc:06: 30:43:34:d1:63:1f:06:7d:c3:40:a8:2a:82:c1:a4:83:2a:fb:2e:8f:fb: f0:6d:ff:75:a3:78:f7:52:47:46:62:97:1d:d9:c6:11:0a:02:a2:e0:cc: 2a:75:6c:8b:b6:9b:87:00:7d:7c:84:76:79:ba:f8:b4:d2:62:58:c3:c5: b6:c1:43:ac:63:44:42:fd:af:c8:0f:2f:38:85:6d:d6:59:e8:41:42:a5: 4a:e5:26:38:ff:32:78:a1:38:f1:ed:dc:0d:31:d1:b0:6d:67:e9:46:a8: dd:c4
-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----
-----BEGIN CERTIFICATE-----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-----END CERTIFICATE-----
this thread is totally sucky
Thanks guys I was hoping to read some quality insults and what not but I guess this is good cause it will put me to sleep.
Long
GoldenDelicious
New member
i was working at a publically run power station today, one that is known for constantly complaining about lack of funds and manpower, and saw that despite being the weekend and NO ONE was there, there were 30 buildings each with 3 airconditioners running, and all the fans/lights also on...doors locked, no one inside.
bastards. im going to put some laxatives in the water cooler, maybe some of the crap they spew will go somewhere else
bastards. im going to put some laxatives in the water cooler, maybe some of the crap they spew will go somewhere else
