- Nov 23, 2022
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I use to get my son to do a lot more math when he was in High School. But we just did the math for how many atoms in the body and there is 10 to the 23 power. Then we checked to see how many bits of information is on the internet which is 10 21 power. That means if you assign one bit to each atom you can store all of the information on the internet on the atoms of our body. Even if you cremate the body, all of the information would still be intact on those atoms.
With quantum physics a qubit could actually contain a infinite amount of information. This means every atom in your body could contain all of the information for all of the universe. This helps to explain entanglement but they warn us not to make to much out of entanglement. Still with entanglement every proton or electron in the universe past present or future are connected and can communicate to some degree.
Entangled qubits are correlated such that they cannot be described independently from each other. That is, whatever operation happens to the state of one qubit in an entangled pair, also affects to the state of the other qubit.
Yes, it's possible to store information on a single atom. In 2017, scientists at IBM Almaden Research Center in the United States were able to store one bit of digital information in an atom, which is a breakthrough in the miniaturization of storage media. This is a more compact way to store information than current magnetic memory devices, which require about one million atoms to store the same amount of data. In theory, this technology could allow for the storage of more than a billion books of text on the surface of a stamp.
Entanglement enables quantum computers to implement various protocols and algorithms that are not possible with classical systems. For example, it is used in quantum teleportation, which allows for the transfer of quantum states between two distant systems.
Quantum computers exist and are being used in scientific laboratories, universities, and supercomputer centers around the world.
Molecular computers, also known as DNA or biomolecular computers, are a new type of computational technology that use biological molecules to perform calculations. They use DNA, biochemistry, and molecular biology hardware instead of the traditional silicon-based technologies used in computers.
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In my life the greatest discovery was the transister. Before transisters we had tubes. In 1968 you could buy a transistor radio that played the Beatles and you could fit it in your pocket. Now you can put a computer on a phone and fit it in your pocket. The first computer I used was the size of a room.
With quantum physics a qubit could actually contain a infinite amount of information. This means every atom in your body could contain all of the information for all of the universe. This helps to explain entanglement but they warn us not to make to much out of entanglement. Still with entanglement every proton or electron in the universe past present or future are connected and can communicate to some degree.
Entangled qubits are correlated such that they cannot be described independently from each other. That is, whatever operation happens to the state of one qubit in an entangled pair, also affects to the state of the other qubit.
Yes, it's possible to store information on a single atom. In 2017, scientists at IBM Almaden Research Center in the United States were able to store one bit of digital information in an atom, which is a breakthrough in the miniaturization of storage media. This is a more compact way to store information than current magnetic memory devices, which require about one million atoms to store the same amount of data. In theory, this technology could allow for the storage of more than a billion books of text on the surface of a stamp.
Entanglement enables quantum computers to implement various protocols and algorithms that are not possible with classical systems. For example, it is used in quantum teleportation, which allows for the transfer of quantum states between two distant systems.
Quantum computers exist and are being used in scientific laboratories, universities, and supercomputer centers around the world.
Molecular computers, also known as DNA or biomolecular computers, are a new type of computational technology that use biological molecules to perform calculations. They use DNA, biochemistry, and molecular biology hardware instead of the traditional silicon-based technologies used in computers.
u
In my life the greatest discovery was the transister. Before transisters we had tubes. In 1968 you could buy a transistor radio that played the Beatles and you could fit it in your pocket. Now you can put a computer on a phone and fit it in your pocket. The first computer I used was the size of a room.
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