when the sun goes down everything will be held on my own
--vipiphotography--
there are
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I am still young and im so in love with today - IT IS MY DAY... it was the best day ever.. eventhough in the beginning i really felt so dissapointed and mad because my final project was deny by my tutor ...12 years ago
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fr:wage (vok band nyi mas pandan wangi) - SEORANG AYUB Nama : Ayub Hendarsyah Lahir : Garut, 25 Agustus 1949 Alamat : Gg. Kebon Pisang No 18/34B RT 02 RW 10 Pekerjaan : Pedagang mie goreng ( Linmas ...16 years ago
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June 25, 2011
June 23, 2011
there is a hope standing
"even you could not reach anything you'll still there waiting and get it in the end"
--vipiphotography--milky ways--Scientists Now Know: We're Not From Here!!
Scientists Now Know: We're Not From Here!
Summary & comments by Dan Eden for Viewzone
Imagine the shock of growing up in a loving family with people you call "Mum" and "Dad" and then, suddenly, learning that you are actually adopted!
This same sense of shock came as scientists announced that the Sun, the Moon, our planet and its siblings, were not born into the familiar band of stars known as the Milky Way galaxy, but we actually belong to a strange formation with the unfamiliar name of the Sagittarius Dwarf galaxy!
How can this be?
Using volumes of data from the Two-Micron All Sky Survey (2MASS), a major project to survey the sky in infrared light led by the University of Massachusetts, the astronomers are answering questions that have baffled scientists for decades and proving that our own Milky Way is consuming one of its neighbors in a dramatic display of ongoing galactic cannibalism. The study published in the Astrophysical Journal, is the first to map the full extent of the Sagittarius galaxy and show in visually vivid detail how its debris wraps around and passes through our Milky Way. Sagittarius is 10,000 times smaller in mass than the Milky Way, so it is getting stretched out, torn apart and gobbled up by the bigger Milky Way.
"It's clear who's the bully in the interaction," said Steven Majewski, U.Va. professor of astronomy and lead author on the paper describing the results.
"If people had infrared-sensitive eyes, the entrails of Sagittarius would be a prominent fixture sweeping across our sky," Majewski said. "But at human, visual wavelengths, they become buried among countless intervening stars and obscuring dust. The great expanse of the Sagittarius system has been hidden from view."
Not any more. By using infrared maps, the astronomers filtered away millions of foreground stars to focus on a type of star called an M giant. These large, infrared-bright stars are populous in the Sagittarius galaxy but uncommon in the outer Milky Way. The 2MASS infrared map of M giant stars analyzed by Majewski and collaborators is the first to give a complete view of the Milky Way galaxy's meal of Sagittarius stars, now wrapping like a spaghetti noodle around the Milky Way. Prior to this work, astronomers had detected only a few scattered pieces of the disrupted Sagittarius dwarf. Even the existence of Sagittarius was unknown until the heart of this nearest satellite galaxy of the Milky Way was discovered by a British team of astronomers in 1994.
Here's an animation of the "marriage".
The fact that the Milky Way is seen in the sky at an angle has always puzzled astronomers. If we originated from the Milky Way, we ought to be oriented to the galaxy's ecliptic, with the planets aligned around our Sun in much the same angle as our Sun aligns with the Milky Way. Instead, as first suggested by researcher Matthew Perkins Erwin, the odd angle suggests that our Sun is influenced by some other system. Together with data from the Two-Micron All Sky Survey we now know what it is. We actually belong to the Sagittarius Dwarf galaxy.
"We sifted several thousand interesting stars from a catalog of half a billion," said co-author Michael Skrutskie, U.Va. professor of astronomy and principal investigator for the 2MASS project. "By tuning our maps of the sky to the 'right' kind of star, the Sagittarius system jumped into view."
"This first full-sky map of Sagittarius shows its extensive interaction with the Milky Way," Majewski said. "Both stars and star clusters now in the outer parts of the Milky Way have been 'stolen' from Sagittarius as the gravitational forces of the Milky Way nibbled away at its dwarf companion. This one vivid example shows that the Milky Way grows by eating its smaller neighbors."
The study's map of M giants depicts 2 billion years of Sagittarius stripping by the Milky Way, and suggests that Sagittarius has reached a critical phase in what had been a slow dance of death.
"After slow, continuous gnawing by the Milky Way, Sagittarius has been whittled down to the point that it cannot hold itself together much longer," said 2MASS Science Team member and study co-author Martin Weinberg of the University of Massachusetts. "We are seeing Sagittarius at the very end of its life as an intact system."
Does this mean we are at a unique moment in the life of our galaxy? Yes and no.
"Whenever possible, astronomers appeal to the principle that we are not at a special time or place in the universe," Majewski said. "Because over the 14 billion-year history of the Milky Way it is unlikely that we would just happen to catch a brief event like the death of Sagittarius, we infer that such events must be common in the life of big spiral galaxies like our own. The Milky Way probably dined on a number of dwarf galaxy snacks in the past."
On the other hand, Majewski and his colleagues have been surprised by the Earth's proximity to a portion of the Sagittarius debris.
"For only a few percent of its 240 million-year orbit around the Milky Way galaxy does our Solar System pass through the path of Sagittarius debris," Majewski said. "Remarkably, stars from Sagittarius are now raining down onto our present position in the Milky Way. Stars from an alien galaxy are relatively near us. We have to re-think our assumptions about the Milky Way galaxy to account for this contamination."
The new findings will help astronomers measure the total mass of the Milky Way and Sagittarius galaxies, and probe the quantity and distribution of the invisible dark matter in these systems.
"The shape of the Sagittarius debris trail shows us that the Milky Way's unseen dark matter is in a spherical distribution, a result that is quite unexpected," Weinberg said.
"The observations provide new insights into the nature of the mysterious dark matter," said Princeton's Spergel. "Either our galaxy is unusual or the dark matter has richer properties than postulated by conventional models."
Implications in Global Warming?
It has been postulated that this is the real reason for both global warming since higher energy levels of the Milky Way are almost certain to cause our Sun to burn hotter and emit higher energies. Indeed, temperatures have been seen to rise on virtually all the planets in our system. This seems quite apart from any local phenomenon like greenhouse gases etc.
This grand turning is possibly the root cause for the discontinuation of the Mayan calendar (the most accurate on the planet) because the 'read-point' of the Pleiades star cluster, which many believe the calendar was based upon, can no longer be a constant as we begin to steer away from the earlier predictable movements.
The "marriage" of our birth galaxy with our new adopted Milky Way galaxy is causing energy shifts that are obvious just about everywhere. Here are some changes being watched by scientists:
* A growth of dark spots on Pluto.
* Reporting of auroras on Saturn.
* Reporting of Uranus and Neptune polar shifts (They are magnetically conjugate planets), and the abrupt large-scale growth of Uranus' magnetosphere intensity.
* A change in light intensity and light spot dynamics on Neptune.
* The doubling of the magnetic field intensity on Jupiter (based upon 1992 data), and a series of new states and processes observed on this planet as an aftermath of a series of explosions in July 1994 [caused by "Comet" SL-9]. That is, a relaxation of a plasmoid train which excited the Jovian magnetosphere, thus inducing excessive plasma generation and it's release in the same manner as Solar coronal holes inducing an appearance of radiation belt brightening in decimeter band (13.2 and 36 cm), and the appearance of large auroral anomalies and a change of the Jupiter - Io system of currents.
* Significant physical, chemical and optical changes observed on Venus; an inversion of dark and light spots detected for the first time, and a sharp decrease of sulfur-containing gases in its atmosphere.
* A Change in the Quality of Interplanetary Space Towards an Increase in Its Interplanetary and Solar-Planetary Transmitting Properties.
When speaking of new energetic and material qualities of interplanetary space, we must first point out the increase of the interplanetary domains energetic charge, and level of material saturation. This change of the typical mean state of interplanetary space has two main causes:
* The supply/inflow of matter from interstellar space. (Radiation material, ionized elements, and combinations.)
* The after effects of Solar Cycle 22 activity, especially as a result of fast coronal mass ejection's [CME's] of magnetized solar plasmas.
What does it all mean?
We of the overarching Sagittarius Dwarf Elliptical Galaxy have finally come down next to, and even with the massively powerful spiral armed equatorial plane of the Milky Way Galaxy.
In our movement through space, our Earth has now fully begun to respond to the more powerful galactic energies and electro-gravitational bias of the massive Milky Way. We have reached the higher energy equatorial disc region of the massive spiral arm. We have now been "adopted" by a new system, a stronger and more powerful system, and we can expect changes on almost every level of energy.
Whatever these changes are, they are all part of the natural birth, death, rebirth and transformation of the cosmos. As our knowledge of the universe grows, we cannot but understand how much we do not understand. Such is life.
[For further reading we suggest you go to Matthew Perkins Erwin's blog; abc.net.au which
source by : http://viewzone2.com/milkyway22x.html
Summary & comments by Dan Eden for Viewzone
Imagine the shock of growing up in a loving family with people you call "Mum" and "Dad" and then, suddenly, learning that you are actually adopted!
This same sense of shock came as scientists announced that the Sun, the Moon, our planet and its siblings, were not born into the familiar band of stars known as the Milky Way galaxy, but we actually belong to a strange formation with the unfamiliar name of the Sagittarius Dwarf galaxy!
How can this be?
Using volumes of data from the Two-Micron All Sky Survey (2MASS), a major project to survey the sky in infrared light led by the University of Massachusetts, the astronomers are answering questions that have baffled scientists for decades and proving that our own Milky Way is consuming one of its neighbors in a dramatic display of ongoing galactic cannibalism. The study published in the Astrophysical Journal, is the first to map the full extent of the Sagittarius galaxy and show in visually vivid detail how its debris wraps around and passes through our Milky Way. Sagittarius is 10,000 times smaller in mass than the Milky Way, so it is getting stretched out, torn apart and gobbled up by the bigger Milky Way.
"It's clear who's the bully in the interaction," said Steven Majewski, U.Va. professor of astronomy and lead author on the paper describing the results.
"If people had infrared-sensitive eyes, the entrails of Sagittarius would be a prominent fixture sweeping across our sky," Majewski said. "But at human, visual wavelengths, they become buried among countless intervening stars and obscuring dust. The great expanse of the Sagittarius system has been hidden from view."
Not any more. By using infrared maps, the astronomers filtered away millions of foreground stars to focus on a type of star called an M giant. These large, infrared-bright stars are populous in the Sagittarius galaxy but uncommon in the outer Milky Way. The 2MASS infrared map of M giant stars analyzed by Majewski and collaborators is the first to give a complete view of the Milky Way galaxy's meal of Sagittarius stars, now wrapping like a spaghetti noodle around the Milky Way. Prior to this work, astronomers had detected only a few scattered pieces of the disrupted Sagittarius dwarf. Even the existence of Sagittarius was unknown until the heart of this nearest satellite galaxy of the Milky Way was discovered by a British team of astronomers in 1994.
Here's an animation of the "marriage".
The fact that the Milky Way is seen in the sky at an angle has always puzzled astronomers. If we originated from the Milky Way, we ought to be oriented to the galaxy's ecliptic, with the planets aligned around our Sun in much the same angle as our Sun aligns with the Milky Way. Instead, as first suggested by researcher Matthew Perkins Erwin, the odd angle suggests that our Sun is influenced by some other system. Together with data from the Two-Micron All Sky Survey we now know what it is. We actually belong to the Sagittarius Dwarf galaxy.
"We sifted several thousand interesting stars from a catalog of half a billion," said co-author Michael Skrutskie, U.Va. professor of astronomy and principal investigator for the 2MASS project. "By tuning our maps of the sky to the 'right' kind of star, the Sagittarius system jumped into view."
"This first full-sky map of Sagittarius shows its extensive interaction with the Milky Way," Majewski said. "Both stars and star clusters now in the outer parts of the Milky Way have been 'stolen' from Sagittarius as the gravitational forces of the Milky Way nibbled away at its dwarf companion. This one vivid example shows that the Milky Way grows by eating its smaller neighbors."
The study's map of M giants depicts 2 billion years of Sagittarius stripping by the Milky Way, and suggests that Sagittarius has reached a critical phase in what had been a slow dance of death.
"After slow, continuous gnawing by the Milky Way, Sagittarius has been whittled down to the point that it cannot hold itself together much longer," said 2MASS Science Team member and study co-author Martin Weinberg of the University of Massachusetts. "We are seeing Sagittarius at the very end of its life as an intact system."
Does this mean we are at a unique moment in the life of our galaxy? Yes and no.
"Whenever possible, astronomers appeal to the principle that we are not at a special time or place in the universe," Majewski said. "Because over the 14 billion-year history of the Milky Way it is unlikely that we would just happen to catch a brief event like the death of Sagittarius, we infer that such events must be common in the life of big spiral galaxies like our own. The Milky Way probably dined on a number of dwarf galaxy snacks in the past."
On the other hand, Majewski and his colleagues have been surprised by the Earth's proximity to a portion of the Sagittarius debris.
"For only a few percent of its 240 million-year orbit around the Milky Way galaxy does our Solar System pass through the path of Sagittarius debris," Majewski said. "Remarkably, stars from Sagittarius are now raining down onto our present position in the Milky Way. Stars from an alien galaxy are relatively near us. We have to re-think our assumptions about the Milky Way galaxy to account for this contamination."
The new findings will help astronomers measure the total mass of the Milky Way and Sagittarius galaxies, and probe the quantity and distribution of the invisible dark matter in these systems.
"The shape of the Sagittarius debris trail shows us that the Milky Way's unseen dark matter is in a spherical distribution, a result that is quite unexpected," Weinberg said.
"The observations provide new insights into the nature of the mysterious dark matter," said Princeton's Spergel. "Either our galaxy is unusual or the dark matter has richer properties than postulated by conventional models."
Implications in Global Warming?
It has been postulated that this is the real reason for both global warming since higher energy levels of the Milky Way are almost certain to cause our Sun to burn hotter and emit higher energies. Indeed, temperatures have been seen to rise on virtually all the planets in our system. This seems quite apart from any local phenomenon like greenhouse gases etc.
This grand turning is possibly the root cause for the discontinuation of the Mayan calendar (the most accurate on the planet) because the 'read-point' of the Pleiades star cluster, which many believe the calendar was based upon, can no longer be a constant as we begin to steer away from the earlier predictable movements.
The "marriage" of our birth galaxy with our new adopted Milky Way galaxy is causing energy shifts that are obvious just about everywhere. Here are some changes being watched by scientists:
* A growth of dark spots on Pluto.
* Reporting of auroras on Saturn.
* Reporting of Uranus and Neptune polar shifts (They are magnetically conjugate planets), and the abrupt large-scale growth of Uranus' magnetosphere intensity.
* A change in light intensity and light spot dynamics on Neptune.
* The doubling of the magnetic field intensity on Jupiter (based upon 1992 data), and a series of new states and processes observed on this planet as an aftermath of a series of explosions in July 1994 [caused by "Comet" SL-9]. That is, a relaxation of a plasmoid train which excited the Jovian magnetosphere, thus inducing excessive plasma generation and it's release in the same manner as Solar coronal holes inducing an appearance of radiation belt brightening in decimeter band (13.2 and 36 cm), and the appearance of large auroral anomalies and a change of the Jupiter - Io system of currents.
Update Note: A stream of ionized hydrogen, oxygen, nitrogen, etc. is being directed to Jupiter from the volcanic areas of Io through a one million amperes flux tube. It is affecting the character of Jupiter's magnetic process and intensifying it's plasma genesis.[Z.I.Vselennaya "Earth and Universe" N3, 1997 plo-9 by NASA data]* A series of Martian atmosphere transformations increasing its biosphere quality. In particularly, a cloudy growth in the equator area and an unusual growth of ozone concentration.
Update Note: Mars Surveyor Satellite encountered an atmospheric density double that projected by NASA upon entering a Mars orbit. This greater density bent one of the solar array arms beyond the full and open stop. This combination of events has delayed the beginning of the scheduled photo mission for one year.* A first stage atmosphere generation on the Moon, where a growing natrium atmosphere is detected that reaches 9,000 km in height.
* Significant physical, chemical and optical changes observed on Venus; an inversion of dark and light spots detected for the first time, and a sharp decrease of sulfur-containing gases in its atmosphere.
* A Change in the Quality of Interplanetary Space Towards an Increase in Its Interplanetary and Solar-Planetary Transmitting Properties.
When speaking of new energetic and material qualities of interplanetary space, we must first point out the increase of the interplanetary domains energetic charge, and level of material saturation. This change of the typical mean state of interplanetary space has two main causes:
* The supply/inflow of matter from interstellar space. (Radiation material, ionized elements, and combinations.)
* The after effects of Solar Cycle 22 activity, especially as a result of fast coronal mass ejection's [CME's] of magnetized solar plasmas.
What does it all mean?
We of the overarching Sagittarius Dwarf Elliptical Galaxy have finally come down next to, and even with the massively powerful spiral armed equatorial plane of the Milky Way Galaxy.
In our movement through space, our Earth has now fully begun to respond to the more powerful galactic energies and electro-gravitational bias of the massive Milky Way. We have reached the higher energy equatorial disc region of the massive spiral arm. We have now been "adopted" by a new system, a stronger and more powerful system, and we can expect changes on almost every level of energy.
Whatever these changes are, they are all part of the natural birth, death, rebirth and transformation of the cosmos. As our knowledge of the universe grows, we cannot but understand how much we do not understand. Such is life.
[For further reading we suggest you go to Matthew Perkins Erwin's blog; abc.net.au which
source by : http://viewzone2.com/milkyway22x.html
June 21, 2011
June 14, 2011
Change The World
by Eric Clapton
If I could reach the stars, I'd pull one down for you
Shine it on my heart, so you could see the truth
That this love I have inside, is everything it seems
But for now I find, it's only in my dreams
That I can change the world
I would be the sunlight in your universe
You would think my love was really something good
Baby, if I could, change the world
If I could be king, even for a day
I'd take you as my queen, I'd have it no other way
And our love would rule, this kingdom we have made
Till then I'll be a fool, wishin' for the day
That I can change the world,
I would be the sunlight in your universe.
You would think my love was really something good,
Baby if I could change the world.
Baby if I could change the world.
I could change the world,
I would be the sunlight in your universe.
You would think my love was really something good,
Baby if I could change the world.
Baby if I could change the world.
Baby if I could change the world.
If I could reach the stars, I'd pull one down for you
Shine it on my heart, so you could see the truth
That this love I have inside, is everything it seems
But for now I find, it's only in my dreams
That I can change the world
I would be the sunlight in your universe
You would think my love was really something good
Baby, if I could, change the world
If I could be king, even for a day
I'd take you as my queen, I'd have it no other way
And our love would rule, this kingdom we have made
Till then I'll be a fool, wishin' for the day
That I can change the world,
I would be the sunlight in your universe.
You would think my love was really something good,
Baby if I could change the world.
Baby if I could change the world.
I could change the world,
I would be the sunlight in your universe.
You would think my love was really something good,
Baby if I could change the world.
Baby if I could change the world.
Baby if I could change the world.
blue eyes blue
by : Eric Clapton
I thought that you'd be loving me.
I thought you were the one whod stay forever.
But now forevers come and gone
And Im still here alone.
Cause you were only playing,
You were only playing with my heart.
I was never waiting,
I was never waiting for the tears to start.
It was you who put the clouds around me.
It was you who made the tears fall down.
It was you who broke my heart in pieces.
It was you, it was you who made my blue eyes blue.
Oh, I never should have trusted you.
I thought that I'd be all you need.
In your eyes I thought I saw my heaven.
And now my heavens gone away
And Im out in the cold.
Cause you had me believing,
You had me believing in a lie.
Guess I couldnt see it,
I guess I couldnt see it till I saw goodbye.
Chorus
Cause you were only playing,
You were only playing with my heart.
I was never waiting,
I was never waiting for the tears to start.
It was you who put the clouds around me.
It was you.
Chorus
Oh, I never should have trusted you.
Oh, I never should have trusted you.
Oh, I never should have trusted you.
I thought that you'd be loving me.
I thought you were the one whod stay forever.
But now forevers come and gone
And Im still here alone.
Cause you were only playing,
You were only playing with my heart.
I was never waiting,
I was never waiting for the tears to start.
It was you who put the clouds around me.
It was you who made the tears fall down.
It was you who broke my heart in pieces.
It was you, it was you who made my blue eyes blue.
Oh, I never should have trusted you.
I thought that I'd be all you need.
In your eyes I thought I saw my heaven.
And now my heavens gone away
And Im out in the cold.
Cause you had me believing,
You had me believing in a lie.
Guess I couldnt see it,
I guess I couldnt see it till I saw goodbye.
Chorus
Cause you were only playing,
You were only playing with my heart.
I was never waiting,
I was never waiting for the tears to start.
It was you who put the clouds around me.
It was you.
Chorus
Oh, I never should have trusted you.
Oh, I never should have trusted you.
Oh, I never should have trusted you.
June 10, 2011
The Hangover Part II – review
The headache has truly set in for the laboured and self-conscious The Hangover Part II. It's more a remake than a sequel
Hair of the dog ... Zack Galifianakis Bradley Cooper and Ed Helms. Photograph: Melinda Sue Gordon
We all enjoyed ourselves during that first movie. But now … well, the hangover has begun. And begun so powerfully, so oppressively, that you might almost suspect the success of the original was created specifically to engender this comedown as a piece of conceptual art. Each reminder of the original, each repetition, each desperate, hair-of-the-dog attempt to recapture the party feeling: it's exactly like living through a hungover flashback-memory of what had once seemed so great.
In Hollywood, said William Goldman, nobody knows anything. Who knew The Hangover, from fratpack comedy director Todd Phillips, was going to be such a huge hit? Nobody – perhaps not even the people involved. The story of a Vegas bachelor party that goes horribly wrong looked pretty ropey on paper, and yet it was great. Some thought it was sort of a monkey-typing-Hamlet fluke, but it's actually the sort of fluke that only happens to smart people who keep trying.
The Hangover was funny and the structure was daring. Act one: pre-party – then we jump straight to act three, post-party, and the movie is about the bleary, amnesiac guys trying to piece together act two: what the hell happened? This is not definitively revealed until the sequence of digital photos over the final credits. Brilliant! It showed the spirit of movies like The Usual Suspects or Reservoir Dogs.Bradley Cooper had the chops – he had been a forgettable, almost invisible presence in many movies before this, but he blossomed in H1. There were some cracking comedy turns. Zach Galifianakis was great as the weirdo brother-in-law Alan and Ken Jeong was a real find as the abusive comedy gangster Mr Chow. Everything came together.
Sadly, H2 can't even quite claim the credit of being the first Hangover sequel: the road-movie comedy Due Date, directed by Todd Phillips and starring Galifianakis and Robert Downey Jr, attempted to cash in on its success, none too successfully. At least it tried a vaguely different plot. Hangover Part II seeks only to repeat almost every element of the first movie. It's not a sequel, closer to a shot-for-shot remake. This time, the guys go to Thailand for a wedding, in the same shark-jumping way that the Sex and the City girls whooshed off to Abu Dhabi for their profoundly depressing sequel. It feels a bit like a feature-length Christmas special of a well-loved British sitcom.
The original's quirks have now become a formula. The grim daytime shots of Vegas at the beginning are now grim daytime shots of Bangkok; the tiger is now a monkey; there's a different sequence of photos over the final credits. Pretty much everything has its equivalent. Infuriatingly, all the fun has been drained from the movie, simply in repeating almost every trick. The same: but lame, and lame because the same.
Now it's the nerdy dentist Stu (Ed Helms) getting hitched, to a beautiful Thai woman Lauren (Jamie Chung), whose father hates Stu. Slightly insultingly for Justin Barth, his character Doug was the groom-to-be who disappeared in the first movie but he doesn't get a turn at participating in the hi-jinks now.
Stu stays in the story and Barth's nice-but-dull character is sidelined. Stu's goofiness is evidently considered more important to the action, and Phillips perhaps considers that the gang already has a handsome guy in the form of Cooper's Phil. Now it's the bride's sweet younger brother Teddy who tags along on the stag night, disappears, and has to be found at all costs, because he is the apple of his father's eye: he is played by 21-year-old Mason Lee, son of the director Ang Lee. Jeong and Galifianakis seem very subdued and under-par compared to their earlier appearances.
Then there's the question of the big non-PC cameo to match Mike Tyson's bizarre performance in the original. Rumours have been rife. We had heard about Mel Gibson (that idea was abandoned), Liam Neeson (reportedly cut) and even Bill Clinton.
Actually, Paul Giamatti makes an appearance as a bad-tempered tough guy, but this isn't the big cameo – that comes in the form of the celebrity booked to sing at Stu's wedding. You may be hoping for Liza Minnelli. Well, no spoilers, but suffice it to say, this too is a bit of a letdown.
Making The Hangover Part II must have been like going up to a great guitarist who'd just pulled off a brilliant improvised solo, and telling him he had to repeat the performance the next night, note-for-note. The result is self-conscious to say the least.
I have to admit that there are one or two nice lines. When the guys gather outside Alan's bedroom, preparing to invite him along, Jeffrey Tambor, playing Alan's father, tells them to "Go in slowly; let him acclimatise." When Stu defiantly claims: "There's a demon in me!", Alan hits him with a zinging comeback in the bad-taste spirit of the first film. Flashes of fun like this are rare. It's a sobering experience.
source : www.guardian.co.uk/film/2011/may/.../the-hangover-part-2-review
CHEVRON
Providing Energy for Human Progress
Chevron is one of the world's leading integrated energy companies, with subsidiaries that conduct business worldwide. Our success is driven by our people and their unrelenting focus on delivering results the right way—by operating responsibly, executing with excellence, applying innovative technologies and capturing new opportunities for profitable growth. We are involved in virtually every facet of the energy industry. We explore for, produce and transport crude oil and natural gas; refine, market and distribute transportation fuels and lubricants; manufacture and sell petrochemical products; generate power and produce geothermal energy; provide energy efficiency solutions; and develop the energy resources of the future, including biofuels.
Company Roots
We trace our beginnings to an 1879 oil discovery at Pico Canyon, north of Los Angeles, which led to the formation of the Pacific Coast Oil Co. That company later became Standard Oil Co. of California and, subsequently, Chevron. We took on the name Chevron when we acquired Gulf Oil Corp. in 1984, nearly doubling our worldwide proved oil and gas reserves. Our merger with Gulf was at that time the largest in U.S. history.
Another major branch of the family tree is The Texas Fuel Company, formed in Beaumont, Texas, in 1901. It later became known as The Texas Company and eventually Texaco. In 2001, our two companies merged. The acquisition of Unocal Corporation in 2005 strengthened Chevron's position as an energy industry leader, increasing our crude oil and natural gas assets around the world.
Global Scope
Our diverse and highly skilled global workforce consists of approximately 58,000 employees and about 4,000 service station employees.
In 2010, Chevron produced 2.763 million barrels of net oil-equivalent per day, 2 percent higher than in 2009. About 75 percent of that volume occurred outside the United States. Chevron had a global refining capacity of more than 2 million barrels of oil per day at the end of 2010.
Our marketing network supports retail outlets on six continents. And we have invested in 13 power-generating facilities in the United States and Asia.
Technology and Emerging Energy
Technology is propelling our growth. We're focusing on technologies that improve our chances of finding, developing and producing crude oil and natural gas.
We also are investing in the development of emerging energy technologies, such as finding better ways to make nonfood-based biofuels, integrating advanced solar technology into our operations and expanding our renewable energy resources.
Environment and Safety
As a company and as individuals, we take great pride in contributing to the communities where we live and work.
We also care about the environment and are proud of the many ways in which our employees work to safeguard it.
Our persistent efforts to improve on our safe work environment continue to pay off. In 2010, Chevron achieved our safest year ever, setting new safety records in the days-away-from-work performance in both Upstream and Downstream operations.
Our Work
We recognize that the world needs all the energy we can develop, in every potential form. That's why our employees work daily to find newer, cleaner ways to power the world.
source : www.chevron.com
PARAMPAA 1
jawaban parampaa
level 1 : Klik kata “mulai” level 2 : Pilih Jawaban “A” level 3 : Pilih lingkaran di atas huruf “i” level 4 : Pilih Jawaban “AY !!” level 5 : Pilih Jawaban “B” level 6 : Temukan kata berwarna “hijau” di antara kata berwarna merah level 7 : Pilih Jawaban “Jali” level 8 : Pilih “?” yang mirip dengan soal level 9 : Ingat kombinasi warna yang ada karena bakal terus dipake, lalu klik “ingat” level 10 : Pilih Jawaban “…hidup bercermin bangkai” level 11 : Cari kata “mati” dalam matematika lalu klik level 12 : Pilih Jawaban “10″ level 13 : Klik “13″ pada tulisan level 13 level 14 : Masukkan kombinasi warna “merah-biru-kuning-merah-hijau” level 15 : Geser mouse keluar layar, maka kepala kucing akan tertunduk, lalu klik “space” pada keyboard level 16 : Lari ke “ujung kanan atas” level 17 : “Gerakin cicaknya” sampai tujuan , tapi jangan sentuh warna lain level 18 : Tulis kata “PANDA” level 19 : Pilih jawaban “21″ level 20 : Pilih jawaban “D” level 21 : Pilih jawaban “E” level 22 : Potong kabel lebar berwarna “merah” di time counter level 23 : Klik “23″ di baris ke-3, ke-3 dr kiri level 24 : Pilih latar warna “merah-biru-kuning-merah-hijau” level 25 : Klik “lingkaran orange”, trus klo mau ke lingkaran satunya lg jgn lewat area permainan level 26 : Klik “persegi panjang yang kiri bawah” level 27 : Di bawah 3 lambang hati ada seekor “cicak”, tinggal di klik aja level 28 : Cuma butuh gerakin cursor atas bawah level 29 : Klo masih baru di level ini susun aja dulu gambarnya, trus ikutin tanda panah yang ke “bulatan”, klik “bulatannya” level 30 : Pilih jawaban “20″ level 31 : Klik kiri “lingkaran orange” sebelah kiri, drag (jgn dilepasin) ke “lingkaran orange” sebelah kanan. Ada cara lain, lelet level 32 : Pilih jawaban “TDAJ” level 33 : Pilih jawaban “100001″ level 34 : Klik 3 “lambang hati” di pojok kanan atas level 35 : Pencet tombol berwarna “merah-biru-kuning-merah-hijau” level 36 : Drag tulisan “level 36″, dibelakangnya ada tombol level 37 : Pilih jawaban “zibba” level 38 : Tembak kepala “cowo” level 39 : Pilih jawaban “level 39″ level 40 : Tekan tanda”->” di keyboard level 41 : Klik tanda “!” level 42 : “Tunggu” adengan oonnya selesai, jgn klik apa2 level 43 : Klik “NTB (Pulau Lombok)” level 44 : Klik “1″ pada soal 1=5 level 45 : Klik “45″ pada tulisan level 45 level 46 : Pianonya memiliki urutan nada C D E F G A B, trus klik nada piano hingga membentuk kata “E G G” level 47 : Tembak kepala “cowo” level 48 : Tulis jawaban “11″ level 49 : Klik tulisan “run” sampai kepiting kabur ke kanan level 50 : Tekan angka “1″ di keyboard level 51 : Lolosin kuncinya, jgn kena area berwarna “hitam” level 52 : Drag tanda (-) ke tulisan level 52, jadinya “level 5-2″, trus klik tulisannya level 53 : Tekan huruf “S” di keyboard level 54 : Pilih jawaban “5″ level 55 : Ketik “anini” di keyboard level 56 : Geser kata “bulan”, di belakangnya ada jawaban level 57 : Geser bolak-balik mouse di bawah tanda “!!” level 58 : Pilih warna “kuning” level 59 : Pilih warna “kuning-hijau-orange-ungu-hijau-merah” level 60 : Klik huruf “B” “O” “N” “O” level 61 : Tekan piano dengan menulis “C A G E” level 62 : Ga usah ngapa2in level 63 : Klik tulisan “eve” pada tulisan level 62 level 64 : Pilih jawaban “parampaa” level 65 : Pilih “Mr. Krab-Smurf-The Simpsons-Mr. Krab-Parampaa” level 66 : Ketik “one” pada keyboard level 67 : Klik tanda “.”, lalu klik “matahari”, lalu klik “pohon” level 68 : Tekan “F1 dan F4″ di bagian atas keyboard level 69 : Klik huruf “A” pada kata heart level 70 : Pilih jawaban “10″ level 71 : Tahan terus menerus “shift-6″ sampe doraemon menghilang level 72 : Tangkap angka “2″, drag ke samping angka 7 level 73 : Urutan storage awalnya 1-2-3-4-5, ubah ke 2-5-3-4-1 level 74 : Pilih “lingkaran-besar-kuning-tersenyum” level 75 : Tembak kata “HER” level 76 : Klik kanan layar, trus klik kiri, biar mousenya kelihatan, tekan bagian tengah “O” pada kata mouse, telusuri lalu klik level 77 : Drag tulisan “mouse” ke tombol hijau, drag lagi ke persegi di sebelah kiri, klik perseginya level 78 : Klik “jendela di villa” pas lampunya nyala level 79 : Tulis “Try Again” level 80 : Tulis “The Cranberries” level 81 : Pilih jawaban “13″ level 82 : Pilih “OK”, drag bomnya, klik tulisan yang tertutup bom level 83 : Tunggu hingga detik “ke-3″, akan ada tulisan “S7OP”, klik tulisan S7OP-nya level 84 : Ketik “?” pada keyboard level 85 : Ketik “level 85″, ketik “”, ketik “you’re welcome” level 86 : Klik “bagian tengah lingkaran bagian bawah pada angka 8″ tulisan “level 86″ level 87 : “Tunggu kuncinya masuk” dulu, lalu tekan “enter” level 88 : Tekan “F8″, trus pilih “safe mode” level 89 : Klik buku berwarna “Biru-Ungu-Kuning-Ungu” level 90 : Pilih lambang “omega (kaya’ tapal kuda)” dan “69″ level 91 : Cuma butuh “kelincahan tangan dan kesabaran” level 92 : Klik warna “hijau-merah-kuning-biru-merah” level 93 : Hitung dengan cepat jumlah bola berwarna “merah” level 94 : Klik “Budi” level 95 : Tunggu sampai “latarnya warna hijau”, trus klik “lanjut” level 96 : Klik “mata, bintik tangan, duri di kepala, latar merah, rumput” level 97 : Klik “tombol merah” level 98 : Butuh kecepatan tangan dan koordinasi mata yg baik, lingkaran terkecil ada di antara “level & 98″ level 99 : Gan karena menghargai kehebatan pembuatnya, gw ga langsung bocorin, “masuk aja twitternya (twitter.com/masova), liat arah jam 3″ password biar bisa loncat level, jadi gak ulang terus level 11 : eleven level 21 : twenty1 level 31 : thirty1 level 41 : fourty1 level 52 : fifty2 level 67 : sunset level 71 : dorayaki level 80 : linger level 90 : gomugomu
source : http://akukeren.tumblr.com/post/308960335/nih-kunci-jawaban-quiz-parampaa
source : http://akukeren.tumblr.com/post/308960335/nih-kunci-jawaban-quiz-parampaa
June 03, 2011
cheers childhood
when children have take many conversation with their own world, nobody has can't taken from them and magically they also always feel better with their way for captured and memorize this life.
Long life childhood !!
--vipiphotography--
June 02, 2011
"Iblis Menggugat Tuhan" : The Madness of God
| Judul | Iblis Menggugat Tuhan : The Madness of God (Edisi Baru) |
| No. ISBN | 9793972017 |
| Penulis | Daud Ibrahim Shawni |
| Penerbit | Dastan Books |
| Tanggal terbit | September - 2005 |
| Jumlah Halaman | 160 |
| Berat Buku | - |
| Jenis Cover | Softcover |
| Dimensi(L x P) | 115x170mm |
| Kategori | Filosofi |
| Bonus | - |
| Text Bahasa | Indonesia · |
Kau bilang Adam berdosa gara-gara hasutanku? Kalau begitu, atas hasutan siapa aku melakukan dosa? Aku sebenarnya melakukan apa yang Dia perintahkan, dan aku sepenuhnya patuh pada keinginan Allah. Mau bagaimana lagi? Tak ada ruang yang luput dari kuasa-Nya. Aku bukanlah tuan bagi keinginanku sendiri. Aku menyembah Allah selama 700 ribu tahun! Tak ada tempat tersisa di langit dan bumi di mana aku tak menyembah-Nya. Setiap hari aku berkata pada-Nya, "Ya Allah, anak keturunan Adam menolak-Mu, namun Engkau tetap bermurah hati dan meninggikan mereka. Tapi aku, yang mencintai dan memuja-Mu dengan pemujaan yang benar, Engkau buat menjadi hina dan buruk rupa." Lihatlah segala penderitaan dan kesengsaraan yang telah ditimpakan-Nya atas dunia ini. Lihatlah betapa Monster itu melakukan semuanya hanya untuk menghibur diri! Jika ada yang terlihat murni, dibuat-Nya ternoda! Jika ada yang manis, Dia buat masam! Jika ada yang bernilai, dibuat-Nya jadi sampah! Dia tak lebih dari sekadar Badut dan Pesulap Murahan, Pembohong Gila! Dan kegilaan-Nya masih terus membuatku lebih gila lagi! The Madness of God menjadikan ketergelinciran Iblis, dan dakwaannya kepada Tuhan karena telah "menyesatkannya", sebagai landasan bagi pertanyaan-pertanyaan mengenai kemungkinan kehendak-bebas di hadapan kemahakuasaan Tuhan. Pertanyaan yang berulang kali diajukan adalah: jika Tuhan Mahakuasa, dan tiada sesuatu pun yang dapat terjadi di luar kehendak-Nya, maka bagaimana mungkin makhluk dapat disalahkan karena dosa-dosanya? Seiring dengan bergulirnya cerita, pembaca akan tenggelam dalam keyakinan tentang keesaan, kemahakuasaan, dan keadilan Tuhan. The Madness of God penting dibaca oleh para monoteis yang kritis. Shawni meramu adikaryanya ini dengan gayanya yang amat unik dan khas. Novel ini, terlepas dari judulnya yang provokatif, merupakan usaha Shawni dalam menyelaraskan keimanannya dengan akalnya. |
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