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Friday 26 January 2024 03:45:19 GMT

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pernaah_tampann :

kucingnya pake vitamin apa ka?

2024-01-26 05:58:40

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In 2013, IBM scientists created A Boy and His Atom, the world’s smallest movie, by moving individual carbon monoxide molecules one at a time. Using a scanning tunneling microscope, which can magnify surfaces over 100 million times, they positioned 65 atoms to form shapes and patterns that came together as frames of a stop motion film. Each frame measured just 45 by 25 nanometers, so small that 1,000 frames could fit inside a single grain of salt. The achievement was recognized by Guinness World Records as the smallest stop motion film ever made. The process required extreme precision and specialized conditions. The molecules were manipulated with a tiny needle on the microscope that could move them by applying an electric charge. This experiment was conducted at an ultra cold temperature near minus 268 degrees Celsius to keep the atoms stable and prevent them from vibrating out of place. Frame by frame, the researchers shifted molecules into new positions to build the next scene, photographing each arrangement before continuing to the next step. The project was more than just a creative demonstration. It highlighted IBM’s expertise in nanotechnology and the ability to control matter at the atomic level. By turning atoms into characters, the experiment showcased how the same tools used for cutting edge research can also bring art and science together. A Boy and His Atom became both a playful story and a striking example of the future potential of manipulating atoms for data storage, computing, and nanoscale innovation. Original Video Credit: @IBM (No copyright intended, credit to the rightful owners) #History #Science #education #learn #invention

In 2013, IBM scientists created A Boy and His Atom, the world’s smallest movie, by moving individual carbon monoxide molecules one at a time. Using a scanning tunneling microscope, which can magnify surfaces over 100 million times, they positioned 65 atoms to form shapes and patterns that came together as frames of a stop motion film. Each frame measured just 45 by 25 nanometers, so small that 1,000 frames could fit inside a single grain of salt. The achievement was recognized by Guinness World Records as the smallest stop motion film ever made. The process required extreme precision and specialized conditions. The molecules were manipulated with a tiny needle on the microscope that could move them by applying an electric charge. This experiment was conducted at an ultra cold temperature near minus 268 degrees Celsius to keep the atoms stable and prevent them from vibrating out of place. Frame by frame, the researchers shifted molecules into new positions to build the next scene, photographing each arrangement before continuing to the next step. The project was more than just a creative demonstration. It highlighted IBM’s expertise in nanotechnology and the ability to control matter at the atomic level. By turning atoms into characters, the experiment showcased how the same tools used for cutting edge research can also bring art and science together. A Boy and His Atom became both a playful story and a striking example of the future potential of manipulating atoms for data storage, computing, and nanoscale innovation. Original Video Credit: @IBM (No copyright intended, credit to the rightful owners) #History #Science #education #learn #invention

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