Quantum Computing

4 articles

Editorial illustration for Why Quantum Computers Beat Classical Ones Only on Certain Problems: Superposition, Entanglement and Interference Explained

Why Quantum Computers Beat Classical Ones Only on Certain Problems: Superposition, Entanglement and Interference Explained

Quantum computers are specialized machines whose advantage lies in solving specific problems, not in general speed. This advantage stems from quantum principles like superposition, entanglement, and interference, which enable them to tackle complex tasks exponentially faster than classical computers.

Yasmin Haddad·October 18, 2026

A quantum computer in a futuristic lab setting, visualizing AI-driven drug discovery with glowing molecular structures and data streams.

Computational Science & Software

Danish team uses quantum computer to boost AI drug discovery

A team at the Technical University of Denmark, leveraging an Orca Computing quantum computer, has dramatically improved the accuracy and reach of generative AI models for drug discovery.

Yasmin Haddad·August 1, 2026

A futuristic cityscape visualizing the intersection of quantum computing circuits and artificial intelligence neural networks, representing the dawn of quantum machine learning.

AI & Computing

What is Quantum Machine Learning and How Does it Work?

The MNISQ dataset, containing 4.

Yasmin Haddad·July 12, 2026

Intricate molecular structure of the nitrogenase enzyme illuminated by light beams, with a classical laptop in the foreground against a cosmic background.

Cosmos & Physics

Classical Computers Solve Decades-Old Chemistry Puzzle

A decades-long challenge surrounding the enzyme nitrogenase, long considered a benchmark for quantum computing, has been resolved using a single laptop core.

Dr. Evelyn Reed·May 30, 2026