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dr_alban

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Penampakan Sinar-X Pertama (1895): Röntgen's wife hand
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Gedung Pencakar Langit Pertama (1885): Gedung Asuransi Jiwa Di Chicago

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Web SErver Dan Web Site Pertama (1990): a NeXT computer at CERN
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Photografi Pertama (1826): "View from the Window at Le Gras"
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Karya Novel Pertama (1007): Tale of Genji
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MP3 Player Pertama (1998): MPMan 32MB
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Computer Mouse Pertama (1964): by Douglas Engelbart
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Motor Pertama Di Dunia (1885): Daimler's "riding car"
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Bangunan Motel Pertama Di Dunia (1925): Motel Inn
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Majalah Pertama Di Dunia (1731): The Gentleman's Magazine
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Konsep Mobil Pertama Di Dunia (1938): Buick Y-Job
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Cover Album Pertama Di Dunia (1938): Smash Song Hits by Rodgers and Hart
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Microprosesor Pertama Di Dunia (1971): Intel 4004
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Kamera Digital Pertama Di Dunia (1975): Created by Kodak's engineer Steve Sasson
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​
 
The First Atomic Bomb Blast, 1945​


The events that took place in a remote area of New Mexico during the predawn hours of July 16, 1945 forever changed the world. In the early morning darkness the incredible destructive powers of the atom were first unleashed and what had been merely theoretical became reality.

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The blast,
.034 seconds after detonation​

The test was the culmination of three years' planning and development within the super secret Manhattan Project headed by General Leslie R. Groves. Dr. J. Robert Oppenheimer directed the scientific team headquartered at Los Alamos, New Mexico. An isolated corner of the Alamogordo Bombing and Gunnery Range located 230 miles south of Los Alamos was selected for the test that was given the code-name "Trinity."

Even before the bomb was tested, a second bomb was secretly dispatched to the Pacific for an attack on the Japanese city of Hiroshima.

Preparations for the test included the building of a steel tower that would suspend the bomb one hundred feet above ground. Many were apprehensive - there were concerns that the blast might launch a cataclysmic reaction in the upper atmosphere leading to world destruction. Some feared the consequences of radio-active fallout on civilian populations surrounding the test site. Still others feared the test would be an outright dud. Observers were sent to surrounding towns to monitor the results of the blast and medical teams were kept on alert.

Finally, the rains that had delayed the test for almost two weeks subsided and in the darkness of that July morning history was made.

"We were reaching into the unknown and we did not know what might come of it."

Two days after the blast, General Groves, head of the Manhattan Project, sent a Top Secret memorandum to Secretary of War Stimson detailing the events of that morning. Groves included the description of General Thomas Farrell who was in an observation hut close to the blast along with a hand-full of scientists and other personnel. We join General Farrell's account a few hours before the explosion:


"The scene inside the shelter was dramatic beyond words. In and around the shelter were some twenty-odd people concerned with last minute arrangements prior to firing the shot. Included were: Dr. Oppenheimer, the Director who had borne the great scientific burden of developing the weapon from the raw materials made in Tennessee and Washington and a dozen of his key assistants - Dr. Kistiakowsky, who developed the highly special explosives; Dr. Bainbridge, who supervised all the detailed arrangements for the test; Dr. Hubbard, the weather expert, and several others. Besides these, there were a handful of soldiers, two or three Army officers and one Naval officer. The shelter was cluttered with a great variety of instruments and radios.

For some hectic two hours preceding the blast, General Groves stayed with the Director, walking with him and steadying his tense excitement. Every time the Director would be about to explode because of some untoward happening, General Groves would take him off and walk with him in the rain, counseling with him and reassuring him that everything would be all right. At twenty minutes before zero hour, General Groves left for his station at the base camp, first because it provided a better observation point and second, because of our rule that he and I must not be together in situations where there is an element of danger, which existed at both points.

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General Leslie R. Groves (left)
and Dr. J. Robert Oppenhiemer​

Just after General Groves left, announcements began to be broadcast of the interval remaining before the blast. They were sent by radio to the other groups participating in and observing the test. As the time interval grew smaller and changed from minutes to seconds, the tension increased by leaps and bounds. Everyone in that room knew the awful potentialities of the thing that they thought was about to happen. The scientists felt that their figuring must be right and that the bomb had to go off but there was in everyone's mind a strong measure of doubt. The feeling of many could be expressed by ''Lord, I believe; help Thou mine unbelief.' We were reaching into the unknown and we did not know what might come of it. It can be safely said that most of those present - Christian, Jew and Atheist - were praying and praying harder than they had ever prayed before. If the shot were successful, it was a justification of the several years of intensive effort of tens of thousands of people statesmen, scientists, engineers, manufacturers, soldiers, and many others in every walk of life.

In that brief instant in the remote New Mexico desert the tremendous effort of the brains and brawn of all these people came suddenly and startlingly to the fullest fruition. Dr. Oppenheimer, on whom had rested a very heavy burden, grew tenser as the last seconds ticked off. He scarce breathed. He held on to a post to steady himself. For the last few seconds, he stared directly ahead and then when the announcer shouted 'Now!' and there came this tremendous burst of light followed shortly thereafter by the deep growling roar of the explosion, his face relaxed into an expression of tremendous relief. Several of the observers standing back of the shelter to watch the lighting effects were knocked flat by the blast.

The tension in the room let up and all started congratulating each other. Everyone sensed 'This is it!' No matter what might happen now all knew that the impossible scientific job had been done. Atomic fission would no longer be hidden in the cloisters of the theoretical

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The bomb is unloaded
at the base of the tower.
July 13, 1945​

physicists' dreams. It was almost full grown at birth. It was a great new force to be used for good or for evil. There was a feeling in that shelter that those concerned with its nativity should dedicate their lives to the mission that it would always be used for good and never for evil.

Dr. Kistiakowsky, the impulsive Russian, [actually an American and a Harvard professor] threw his arms around Dr. Oppenheimer and embraced him with shouts of glee. Others were equally enthusiastic. All the pent-up emotions were released in those few minutes and all seemed to sense immediately that the explosion had far exceeded the most optimistic expectations and wildest hopes of the scientists. All seemed to feel that they had been present at the birth of a new age - The Age of Atomic Energy - and felt their profound responsibility to help in guiding into right channels the tremendous forces which had been unleashed for the first time in history.

As to the present war, there was a feeling that no matter what else might happen, we now had the means to insure its speedy conclusion and save thousands of American lives."

References:
General Farrell's account appears in - Department of State, Foreign Relations for the United States Conference of Berlin (Potsdam) (1945); Lansing, Lamont, Day of Trinity (1965).
 
Hard Disk Pertama - 5 Mb September 1956

Hard Disk Pertama - 5 Mb September 1956

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Harddisk pertama yang diluncurkan IBM pada September 1956
dengan titel 305 RAMAC
kapasitas penyimpanan harddisknya sebesar 5 Mb
dan merupakan Komputer pertama dengan menggunakan hard disk drive
Berat harddisk tersebut lebih dari 1 ton

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IBM 305 RAMAC (Random Access Method of Accounting and Control) 1956
1. Kapasitas: 4,8 MB
2. kecepatan rotasi: 1.200 rpm
3. Harga Sewa: $3.200 per bulan (1957)
4. Pengguna bisnis pertama: Chrysler's MOPAR Division (1957)
5. Jumlah unit yang pernah diproduksi: lebih dari 1000 unit hingga tahun 1961​
 
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Keyboard Pertama Dunia 1868

Penciptaan keyboard komputer di ilhami oleh penciptaan mesin ketik yang dasar rancangannya di buat dan di patenkan oleh Christopher Latham pada tahun 1868 dan banyak dipasarkan pada tahun 1877 oleh Perusahaan Remington.

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Keyboard komputer pertama disesuaikan dari kartu pelubang (punch card) dan teknologi pengiriman tulisan jarak jauh (Teletype). Tahun 1946 komputer ENIAC menggunakan pembaca kartu pembuat lubang (punched card reader) sebagai alat input dan output.

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Bila mendengar kata “keyboard” maka pikiran kita tidak lepas dari adanya sebuah komputer, karena keyboard merupakan sebuah papan yang terdiri dari tombol-tombol untuk mengetikkan kalimat dan simbol-simbol khusus lainnya pada komputer. Keyboard dalam bahasa Indonesia artinya papan tombol jari atau papan tuts. Pada keyboard terdapat tombol-tombol huruf A – Z, a – z, angka 0 - 9, tombol dan karakter khusus seperti : ` ~ @ # $ % ^ & * ( ) _ - + = < > / , . ? : ; “ ‘ \ | serta tombol-tombol khusus lainnya yang jumlah seluruhnya adalah 104 tuts. Sedangkan pada Mesin ketik jumlah tutsnya adalah 52 tuts. Bentuk keyboard umumnya persegi panjang, tetapi saat ini model keyboard sangat variatif.

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Dahulu orang banyak yang menggunakan mesin ketik baik yang biasa maupun mesin ketik listrik. Nah, keyboard mempunyai kesamaan bentuk dan fungsi dengan mesin ketik. Perbedaannya terletak pada hasil output atau tampilannya. Bila kita menggunakan mesin ketik, kita tidak dapat menghapus atau membatalkan apa-apa saja yang sudah ketikkan dan setiap satu huruf atau simbol kita ketikkan maka hasilnya langsung kita lihat pada kertas. Tidak demikian dengan keyboard. Apa yang kita ketikkan hasil atau keluarannya dapat kita lihat di layar monitor terlebih dahulu, kemudian kita dapat memodifikasi atau melakukan perubahan-perubahan bentuk tulisan, kesalahan ketikan dan yang lainnya. Seperti juga “mouse”, keyboard dihubungkan ke komputer dengan sebuah kabel yang terdapat pada keyboard. Ujung kabel tersebut dimasukkan ke dalam port yang terdapat pada CPU komputer.​
 
Mesin Basuh Pertama 1910
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Historical Clothes Wringer

The first electric-powered washing machine (the Thor) was introduced in 1908, by the Hurley Machine Company of Chicago, Illinois. Alva J. Fisher was the inventor. The machine was a drum type with a galvanized tub and an electric motor, for which a patent was issued on Aug. 9, 1910.

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Bendix Washing Machine


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Mesin Basuh Pertama 1950​
 
little boy dan fat man

tu lah nama bagi 2 bom nuklear yang telah mengebom hiroshima dan nagasaki

Bom nuklear pertama dicipta di sekolah new mexico dan projek yang super duper top secret diberi nama Manhattan Project.yang terlibat dengan penciptaan atom bom

# Gen. Leslie R. Groves (general army)
# J. Robert Oppenheimer(dongkol)
# Kitty Oppenheimer
# Michael Merriman
# Kathleen Robinson
# Peter de Silva
# Capt. Richard Schoenfield, MD
# Jean Tatlock
# Jamie Latrobe
# William 'Deke' Parsons
# Dr. Kenneth Whiteside
# Robert Tuckson
# Franz Goethe
# Seth Neddermeyer
# Johnny Mount

Little boy
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digugurkan di hiroshima pada August 6, 1945 oleh kapal terbang B-29 Superfortress Enola Gay, dipandu olehColonel Paul Tibbets dari 393d Bombardment Squadron, Heavy of the United States Army Air Forces

dan jadi la cendawan
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Fat man
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digugurkan di Nagasakipada August 9, 1945, at 11:02 a.m. (JSP) oleh B-29 bomber Bockscar, dipandu plak oleh Major Charles Sweeney dari 393d Bombardment Squadron, Heavy

dan ni letupan fat man
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Sumber : wikipedia ngan history channel
 
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