Quantum Computing |ˈkwɒntəm kəmˈpjuːtɪŋ| - ⠆⢌⠇⡂⠋⢠⢢⢉ ⠌⢔⠸⠃⠤⡌⠘⠲⢆⠬

Quantum computing is a type of computing that uses quantum-mechanical phenomena, such as entanglement and superposition, to perform operations on data. Unlike classical computers, which store information in binary digits (bits), quantum computers use quantum bits (qubits), which can exist in multiple states simultaneously. This allows quantum computers to perform certain calculations much faster than classical computers and has the potential to revolutionize fields such as cryptography, drug discovery, and artificial intelligence.

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

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