Are Quantum Computers Real?
Quantum computers are real machines, though still small and noisy. Their history, hardware, main companies, algorithms and current applications.
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739 articles
The Quantum Mechanical Model of the Atom Explained
The quantum mechanical model of the atom: why Bohr’s model failed, Schrödinger’s equation, orbitals, sublevels and electron configuration rules.
Quantum Mechanics Examples in Everyday Technology
Quantum mechanics in everyday technology and experiments: double slits, tunneling, spontaneous emission, lasers, cryptography and condensates.
The Quantum Mechanical Model: How It Replaced Bohr
How the quantum mechanical model replaced Bohr’s atom: the Schrödinger equation, quantum numbers, orbitals, electron clouds and energy levels.
Quantum Mechanics: The Rules of the Small Scale
The core rules of quantum mechanics: duality, uncertainty, superposition, entanglement, tunneling, spin and Bell’s theorem, with their uses.
Highest Paying Quantum Computing Jobs
The highest paying quantum computing roles, from software engineer and algorithm developer to hardware engineer and research scientist.
Quantum Kernels: Where Quantum Meets Machine Learning
How quantum kernels embed data into quantum states for machine learning, how they compare with classical kernels, and current challenges.
What Is a Qubit? Types and How They Are Made
What a qubit is, how it differs from a bit, the types of physical qubits, how they are measured and why scaling them up is hard.
The Quantum Jump: What Happens When States Change
What a quantum jump is: the sudden transition of a system between energy states, its history, recent experiments and related quantum ideas.
Post-Quantum Cryptography: The NIST Standards
Post-quantum cryptography explained: lattice, code, multivariate, hash and isogeny schemes, key exchange, and NIST standardization.
Quantum Indeterminacy: Why Outcomes Are Not Fixed
Why quantum outcomes are not fixed in advance: the uncertainty principle, superposition, measurement and the observer effect explained.
The Quantum Realm: Science Against Science Fiction
What the quantum realm really is, compared with its science fiction image: duality, uncertainty, superposition, entanglement and decoherence.