Apa yang saya tulis adalah pandangan pribadi berdasarkan pemerhatian sendiri melalui medium pembelajaran sejarah Tingkatan 1 hingga tingkatan 3 seterusnya pembacaan luas.
Pandangan ini adalah pandangan normal semenjak zaman persekolahan lagi(1987-1990).
Saya melihat dan menilai bahawa kemerdekaan pada era selepas perang dunia ke 2 adalah terpaksa dilakukan British dan lain2 penjajah/kolonial yang telah melalui kerugian peperangan yang tentunya seperti ibarat pepatah menang jadi arang kalah jadi abu.
Namun begitu, pihak kolonial melihat semangat mahu merdeka telah menjadi tebal dan kuat diiringi juga semangat penjajah untuk memelihara keuntungan jangka panjang perlu dicari mengelakkan kerugian dan kehancuran secara jangka pendek dan panjang.
Hollanda atau Belanda yang juga telah binasa akibat serangan German tentu sahaja tidak mampu lagi menjaga Indonesia. Maka dengan sendiri mereka Indonesia boleh Merdeka tanpa menghiraukan tuntutan Belanda.
Manakala Malaysia, British jugak sudah berupaya menentang sebarang tentangan besar-besaran jika ada untuk kemerdekaan di Malaysia. Kerajaan British perlu sokongan raja-raja dan juga rakyat pribumi yang tentu sahaja dominan di Semenanjung ketika itu.
Untuk melepaskan begitu sahaja, atau kekal mengurus Negara jajahan memerlukan kos yang tinggi.. Maka Warganya harus Merdeka dan menjadi pembeli semua harta2 atau aset yang dulunya dibawah hakmilik seliaan British.
Kaedah rundingan menuntut kemerdekaan pada padangan saya semasa mempelajari Sejarah adalah suatu fakta yang amat jelas ibarat lakonan British bagi menjamin segala harta british terpelihara dari rampasan dan kelak akan dibeli oleh Negara bernama Malaysia yang Merdeka. Sebagai Contoh Ladang Guthrie dll.
Ini beerti proses Kemerdekaan ini telah memberi kemenangan ekonomi kepada british berbanding Kemerdekaan Indonesia yang langsung tiada pulangan kepada Belanda.
Walaubagaimanapun, Singapura tidak boleh berada terus di Malaysia bagi menjamin satu pengkalan untuk menyeimbangkan kuasa ekonomi barat terus kekal di sana.
Ini dapat dilihat bagaimana Malaysia terpaksa atau kelihatan seperti terpaksa menjual air murah ke singapura dalam menjamin survival singapura untuk lumpuh dan binasa dalam tempoh-tempoh terdekat jika tanpa polisi ini.
Ini kerana air bersih merupakan sumber bagi segala jenis tamadun dunia selamanya.
Isnin, 31 Ogos 2009
Ahad, 30 Ogos 2009
pemerhatian mengguna sattelit Noaa 17
sumbangan imej weather.com.. gambar ini sentiasa update menurut masa di United state kerana menggunakan gambar sattelite dari negara United States.
Selasa, 25 Ogos 2009
Khamis, 13 Ogos 2009
Planet Nibiru atau nama lain Wasp-17
dipetik dari di http://www.space.com/scienceastronomy/090812-backward-planet.html
Planets orbit stars in the same direction that the stars rotate. They all do. Except one.
A newfound planet orbits the wrong way, backward compared to the rotation of its host star. Its discoverers think a near-collision may have created the retrograde orbit, as it is called.
The star and its planet, WASP-17, are about 1,000 light-years away. The setup was found by the UK's Wide Area Search for Planets (WASP) project in collaboration with Geneva Observatory. The discovery was announced today but has not yet been published in a journal.
"I would have to say this is one of the strangest planets we know about," said Sara Seager, an astrophysicist at MIT who was not involved in the discovery.
What's going on
A star forms when a cloud of gas and dust collapses. Whatever movement the cloud had becomes intensified as it condenses, determining the rotational direction of the star. How planets form is less certain. They are, however, known to develop out of the leftover, typically disk-shaped mass of gas and dust that swirls around a newborn star, so whatever direction that material is moving, which is the direction of the star's rotation, becomes the direction of the planet's orbit.
WASP-17 likely had a close encounter with a larger planet, and the gravitational interaction acted like a slingshot to put WASP-17 on its odd course, the astronomers figure.
"I think it's extremely exciting. It's fascinating that we can study orbits of planets so far away," Seager told SPACE.com. "There's always theory, but there's nothing like an observation to really prove it."
Cosmic collisions are not uncommon. Earth's moon was made when our planet collided with a Mars-sized object, astronomers think. And earlier this week NASA's Spitzer Space Telescope found evidence of two planets colliding around a distant, young star. Some moons in our solar system are on retrograde orbits, perhaps at least in some cases because they were flying through space alone and then captured; that's thought to be the case with Neptune's large moon Triton.
The find was made by graduate students David Anderson at Keele University and Amaury Triaud of the Geneva Observatory.
Bloated world
WASP-17 is about half the mass of Jupiter but bloated to twice its size. "This planet is only as dense as expanded polystyrene, 70 times less dense than the planet we're standing on," said professor Coel Hellier of Keele University.
The bloated planet can be explained by a highly elliptical orbit, which brings it close to the star and then far away. Like exaggerated tides on Earth, the tidal effects on WASP-17 heat and stretch the planet, the researchers suggest.
The tides are not a daily affair, however. "Instead it's creating a huge amount of friction on the inside of the planet and generating a lot of energy, which might be making the planet big and puffy," Seager said.
WASP-17 is the 17th extrasolar planet found by the WASP project, which monitors hundreds of thousands of stars, watching for small dips in their light when a planet transits in front of them. NASA's Kepler space observatory is using the same technique to search for Earth-like worlds.
Planets orbit stars in the same direction that the stars rotate. They all do. Except one.
A newfound planet orbits the wrong way, backward compared to the rotation of its host star. Its discoverers think a near-collision may have created the retrograde orbit, as it is called.
The star and its planet, WASP-17, are about 1,000 light-years away. The setup was found by the UK's Wide Area Search for Planets (WASP) project in collaboration with Geneva Observatory. The discovery was announced today but has not yet been published in a journal.
"I would have to say this is one of the strangest planets we know about," said Sara Seager, an astrophysicist at MIT who was not involved in the discovery.
What's going on
A star forms when a cloud of gas and dust collapses. Whatever movement the cloud had becomes intensified as it condenses, determining the rotational direction of the star. How planets form is less certain. They are, however, known to develop out of the leftover, typically disk-shaped mass of gas and dust that swirls around a newborn star, so whatever direction that material is moving, which is the direction of the star's rotation, becomes the direction of the planet's orbit.
WASP-17 likely had a close encounter with a larger planet, and the gravitational interaction acted like a slingshot to put WASP-17 on its odd course, the astronomers figure.
"I think it's extremely exciting. It's fascinating that we can study orbits of planets so far away," Seager told SPACE.com. "There's always theory, but there's nothing like an observation to really prove it."
Cosmic collisions are not uncommon. Earth's moon was made when our planet collided with a Mars-sized object, astronomers think. And earlier this week NASA's Spitzer Space Telescope found evidence of two planets colliding around a distant, young star. Some moons in our solar system are on retrograde orbits, perhaps at least in some cases because they were flying through space alone and then captured; that's thought to be the case with Neptune's large moon Triton.
The find was made by graduate students David Anderson at Keele University and Amaury Triaud of the Geneva Observatory.
Bloated world
WASP-17 is about half the mass of Jupiter but bloated to twice its size. "This planet is only as dense as expanded polystyrene, 70 times less dense than the planet we're standing on," said professor Coel Hellier of Keele University.
The bloated planet can be explained by a highly elliptical orbit, which brings it close to the star and then far away. Like exaggerated tides on Earth, the tidal effects on WASP-17 heat and stretch the planet, the researchers suggest.
The tides are not a daily affair, however. "Instead it's creating a huge amount of friction on the inside of the planet and generating a lot of energy, which might be making the planet big and puffy," Seager said.
WASP-17 is the 17th extrasolar planet found by the WASP project, which monitors hundreds of thousands of stars, watching for small dips in their light when a planet transits in front of them. NASA's Kepler space observatory is using the same technique to search for Earth-like worlds.
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