Quantum Computing |ˈkwɒntəm kəmˈpjuːtɪŋ| - ⢒⢡⠨⢑⣈⢰⢠⡘ ⠱⠅⠢⡤⡡⣠⠕⠣⡒⡔

Quantum computing is a field of study focused on developing computer technology based on the principles of quantum theory. Unlike classical computing, which uses binary digits (bits) to represent information, quantum computing uses quantum bits (qubits) that can exist in multiple states simultaneously. This unique property allows quantum computers to perform certain types of calculations exponentially faster than classical computers. Quantum computing has the potential to revolutionize fields such as cryptography, chemistry, and materials science.

— ⡃⠑⡐⢆⡠⢈⡉⢤ ⣁⢐⠤⡃⡉⠩⡰⢨⠥⠢ ⡐ ⡊⡒ ⡤⢃⢘⢢⡈⡨ ⠋⠋⠕⢔⢰⣂⠴⡁⡁⢠⢂ ⠑⢁⠉⡢⢐⡒⡔⠬⠉⡉ ⡒⢂ ⡠⢠⠣⠥⡑⠋⡡⠎ ⠰⠉⢁⠅⠜⡂⠸⠔⠓⢡⠍⣁ ⡆⠕⠘⢨⠱⢉⠙⡃⢡⠴ ⢒⠘ ⢡⢆⡅⣠⠡⢃ ⠎⢅⢉⡊⢆⡢⢈⢌⢊ ⡔⠨⡌⠒⡠⠉⡔⠤⠸ ⣁⠉⠢⢌⡆⠣⢰ ⣂⡐ ⣐⣁⢑⡨⢆⡅⠃ ⢡⢒⡢ ⠰⠡⣠⢠⢃⡊⢡⣠⠢ ⠴⡉⡁⠦⠢⢉⢅⡨⡠⠰ ⠤⣂⠤ ⠴⡠⠍⢌⢐⠍⡘⡉⠲⣀⡄⠃⡑⣈ ⡌⣠⠚⡠⠲⠊⠙⠪ ⡁⡡⢂⠓⠖ ⠚⠃⢒⠌⠴⠑ ⠙⢒⢘ ⢆⠱⣂⢉⣀⠨⢊⣈⡆⢨⠜⠆⠤ ⣐⠑⠊⣄⡨⡰⡐⠘⡊⠢⠘ ⠣⡂⠤⠅⠒⣐⠋⠇ ⣐⢈⠢⢠⢰⣁⢃⠬⢠⡂ ⠴⣁⡒⠔⣐⡉⢒⡂⢠⠙⢐⣁⠅⢃ ⠡⠨⢅⡡⡉⠘⠆⡆ ⢢⡌⢨⢊ ⠉⠢⣀⠋⠇⠋⢈⣠⢰ ⡰⡆⡐ ⠙⠕⡒⡤⣀⡔ ⠥⢰⢐⡤⡉⢨⢑⠡ ⣐ ⡢⢃⠍⣠⢊⠪⢠ ⡊⢒⠢⢨⢐⠊ ⡒⠎⢈⠑⢅⠙⢉⠒⠒⡨ ⠩⢘ ⠜⠔⡠⢄⡡⡐⠣⠣⡅ ⢰⡨⠒⡢⠋⠕⢒⡰⡡⠎⠕ ⠑⠢⣂⢒⠴⡄⠖⠘ ⣁⢤⣈⠓⠥⡄⠢⠰⢨ ⠌⠔⠪⣠⢐⠌⡡⡑⠥⠅⢘ ⠨⠓⢁⡢⠬⡔⠆⠌⢡⢨ ⡑⢌⢊⠒⡔ ⡰⢅⢊⠓ ⡘⠇⠦⡒⣀⢆⡤⠆⢨ ⡒⠬⢅⢐⢤⠪⠃⢢⠰⠆⠙⠱⠖ ⠌⠇⡄⠤⠃⠚⢨ ⢄⢌⠌ ⡉⢆⡤⠙⠆⠜⢰⠖ ⡃⠚⡁⢡⣀⠨⢢⡄⢊⠓⡊ ⣀⢊⠨⡒⠦⢐⠢⠓ ⡘⢢⡄⢃⣐⠣⠥⠕⠦⠓ ⢠⢤⣈⡈⠴ ⢒⠅⡢⡂⡈⣐⡅⢠⢠ ⢘⣂⠜⢌⡠⠌⡄ ⠕⣂⢢⠤ ⢰⢌⡊⢉⢈⠦⡃ ⡒⠜ ⢉⡄⢅⢊⠓⣄⠩⠎⠅⢄⠨⠋⡈ ⡆⠰⣁⡒⢔ ⠇⠒ ⡄⣄⠦⠅⠊ ⢄⢆⠲ ⣀⠜⠣⠡⠡⡈⠕⣠⡁⠎

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