biggun
9th January 2011, 10:49 PM
http://media.dinomarket.com/docs/imgnews/1272_081110121157_ll.jpg.jpg
Banyak orang beranggapan sains merupakan ilmu yang membosankan. Namun, ada 10 alasan yang bisa membuat sains mengusir pendapat itu.
Menurut penulis We Need to Talk About Kevin, Marcus Crown, berikut 10 fakta fisika aneh itu:
1. Jika matahari terbuat dari pisang
Matahari panas karena beratnya yang luar biasa, sekitar bermiliar-miliar ton dan membuatnya menjadi inti tekanan kolosal. Tekanan besar menimbulkan temperatur besar. Jika matahari terbuat dari pisang, maka beratnya akan bermiliar-miliar ton dan memiliki efek yang sama dengan matahari.
http://t1.gstatic.com/images?q=tbn:ANd9GcTjWiGledNnZjtj5Nafdup75lwJSlVvn d63kVCEplhIE7JOCIJP
2. Semua materi pembuat ras manusia dapat masuk dalam kotak gula
Atom merupakan 99,9999999999999999% ruang kosong. Jika semua atom dipaksa bersatu dan menghilangkan ruang di antaranya seperti kotak gula, maka massanya sekitar 10 kali massa manusia hidup. Hal ini serupa yang terjadi pada bintang netron, massa super padat peninggalan supernova.
3. Peristiwa di masa depan dapat mempengaruhi peristiwa di masa lalu
Keanehan dunia kuantum didokumentasikan. Tetapi keanehan itu semakin aneh. Menurut eksperimen fisikawan John Wheeler dan peneliti lain pada 2007, perubahan partikel masa kini dapat mengubah partikel pada masa lalu.
4. Hampir sebagian besar semesta menghilang
Kemungkinan terdapat lebih dari 100 miliar galaksi di kosmos. Setiap galaksi memiliki 10 juta bintang. Matahari kita memiliki berat bermiliar-miliar ton. Materi ini merupakan materi terlihat di semesta. Materi lain disebut 'materi gelap'. Materi ini masih butuh penjelasan dan tampaknya materi ini merupakan perluasan semesta.
5. Benda dapat bergerak lebih cepat dari cahaya
Kecepatan cahaya konstan pada ruang hampa adalah 300 ribu km/detik, dan cahaya tak selalu melewati ruang hampa. Dalam air, foton bergerak sepertiga kecepatan awal. Dalam reaktor nuklir, beberapa partikel dipaksa bergerak dalam kecepatan tinggi bahkan lebih cepat dari cahaya.
6. Ada jumlah tak terbatas saat menulis dan membaca
Menurut standar model kosmologi saat ini, jumlah semesta yang dapat dihitung pun tak ada batasnya seperti buih. Namun, jumlah kemungkinan sejarah terbatas karena jumlah peristiwa terjadi juga terbatas.
7. Lubang Hitam tidak hitam
Lubang hitam memang sangat gelap, tapi tak hitam. Mereka bersinar dan memberi sedikit spektrum cahaya, temasuk cahaya yang dapat dilihat.
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8. Penjelasan mendasar dari semesta tak termasuk masa lalu, kini atau masa depan
Menurut teori relativitas, tak ada hal seperti masa kini atau masa depan atau masa lalu. Bingkai waktu sangat relatif. Waktu kita sama karena kita bergerak pada kecepatan yang sama. Jika kita bergerak pada kecepatan berbeda, kita akan menemukan bahwa kita menua lebih cepat.
9. Partikel dapat mempengaruhi sisi lain semesta dalam sekejab
Ketika elektron bertemu kembaran antimateri, keduanya akan hancur dalam kilatan energi dan dua foton akan terbang dari ledakan itu. Kembaran itu akan mulai berputar pada arah sebaliknya, dan secara instan kembaran di sisi lain semesta juga ikut berputar.
10. Semakin cepat bergerak, semakin berat
Jika Anda berlari dengan cepat, berat Anda akan bertambah. Tak permanen, tapi secara sesaat akan menambah sedikit berat. Menurut teori relativitas, massa dan energi adalah sama. Semakin banyak energi yang dikeluarkan, semakin berat massanya.
Klo berkenan boleh lah minta :melon: kulkas dah kosong nich,,jangan d kasih :cabe: harga nya mahal bgt..
:courage: :courage: :courage: :courage:
Di Rate jg boleh kok
Banyak orang beranggapan sains merupakan ilmu yang membosankan. Namun, ada 10 alasan yang bisa membuat sains mengusir pendapat itu.
Menurut penulis We Need to Talk About Kevin, Marcus Crown, berikut 10 fakta fisika aneh itu:
1. Jika matahari terbuat dari pisang
Matahari panas karena beratnya yang luar biasa, sekitar bermiliar-miliar ton dan membuatnya menjadi inti tekanan kolosal. Tekanan besar menimbulkan temperatur besar. Jika matahari terbuat dari pisang, maka beratnya akan bermiliar-miliar ton dan memiliki efek yang sama dengan matahari.
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2. Semua materi pembuat ras manusia dapat masuk dalam kotak gula
Atom merupakan 99,9999999999999999% ruang kosong. Jika semua atom dipaksa bersatu dan menghilangkan ruang di antaranya seperti kotak gula, maka massanya sekitar 10 kali massa manusia hidup. Hal ini serupa yang terjadi pada bintang netron, massa super padat peninggalan supernova.
3. Peristiwa di masa depan dapat mempengaruhi peristiwa di masa lalu
Keanehan dunia kuantum didokumentasikan. Tetapi keanehan itu semakin aneh. Menurut eksperimen fisikawan John Wheeler dan peneliti lain pada 2007, perubahan partikel masa kini dapat mengubah partikel pada masa lalu.
4. Hampir sebagian besar semesta menghilang
Kemungkinan terdapat lebih dari 100 miliar galaksi di kosmos. Setiap galaksi memiliki 10 juta bintang. Matahari kita memiliki berat bermiliar-miliar ton. Materi ini merupakan materi terlihat di semesta. Materi lain disebut 'materi gelap'. Materi ini masih butuh penjelasan dan tampaknya materi ini merupakan perluasan semesta.
5. Benda dapat bergerak lebih cepat dari cahaya
Kecepatan cahaya konstan pada ruang hampa adalah 300 ribu km/detik, dan cahaya tak selalu melewati ruang hampa. Dalam air, foton bergerak sepertiga kecepatan awal. Dalam reaktor nuklir, beberapa partikel dipaksa bergerak dalam kecepatan tinggi bahkan lebih cepat dari cahaya.
6. Ada jumlah tak terbatas saat menulis dan membaca
Menurut standar model kosmologi saat ini, jumlah semesta yang dapat dihitung pun tak ada batasnya seperti buih. Namun, jumlah kemungkinan sejarah terbatas karena jumlah peristiwa terjadi juga terbatas.
7. Lubang Hitam tidak hitam
Lubang hitam memang sangat gelap, tapi tak hitam. Mereka bersinar dan memberi sedikit spektrum cahaya, temasuk cahaya yang dapat dilihat.
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8. Penjelasan mendasar dari semesta tak termasuk masa lalu, kini atau masa depan
Menurut teori relativitas, tak ada hal seperti masa kini atau masa depan atau masa lalu. Bingkai waktu sangat relatif. Waktu kita sama karena kita bergerak pada kecepatan yang sama. Jika kita bergerak pada kecepatan berbeda, kita akan menemukan bahwa kita menua lebih cepat.
9. Partikel dapat mempengaruhi sisi lain semesta dalam sekejab
Ketika elektron bertemu kembaran antimateri, keduanya akan hancur dalam kilatan energi dan dua foton akan terbang dari ledakan itu. Kembaran itu akan mulai berputar pada arah sebaliknya, dan secara instan kembaran di sisi lain semesta juga ikut berputar.
10. Semakin cepat bergerak, semakin berat
Jika Anda berlari dengan cepat, berat Anda akan bertambah. Tak permanen, tapi secara sesaat akan menambah sedikit berat. Menurut teori relativitas, massa dan energi adalah sama. Semakin banyak energi yang dikeluarkan, semakin berat massanya.
Klo berkenan boleh lah minta :melon: kulkas dah kosong nich,,jangan d kasih :cabe: harga nya mahal bgt..
:courage: :courage: :courage: :courage:
Di Rate jg boleh kok