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<\/p>\nGoogle Doodle celebrated World Quantum Day with a doodle of Boch Spheres that depicts the working mechanism of the fundamental unit of a Quantum computing device – Qubits.<\/p>\n
For the unversed a classical computing device that has been conventionally used across workstations, smartphones, and such runs on 1s and 0s on the most fundamental level. However, there are no such restrictions when it comes to the quantum realm, where both exist together, dubbed a Qubit in a state called Superposition. In the superimposed state, a Qubit can be both 0 and 1 probabilistically speaking. The Boch Spheres, named after Swiss-American theoretical physicist Felix Boch (1952 Nobel in Physics), describe the state of Superposition.<\/p>\n
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In the Bloch Sphere visualization, as doodled here, you can see two Bloch spheres, which show the probabilistic position of a qubit. The surface of a sphere represents the possible pure states of a qubit while its interior depicts the possible mixed states.<\/p>\n
You can simulate a Bloch Sphere here<\/a> and here<\/a>. Get a brief on the Bloch Sphere here<\/a>, here<\/a>, and here<\/a>.<\/p>\n Google Doodle in its portal describing the illustration further stated<\/p>\n By harnessing Superposition, along with other quantum properties, quantum computers can solve specific, complex problems that are out of reach for today\u2019s supercomputers to solve.<\/p>\n Read more about Quantum Computing here<\/a>.<\/p>\n See Also: Nobel Prize 2025 Winners In Physics: John Clarke, Michael Devoret & John Martinis Awarded For Quantum Mechanics<\/a><\/p>\n