Online Simulator This simulator visualizes the quantum interference pattern from various slit gratings. Adjust parameters, then click “Run Simulation” and […]
Online Simulator for Matter Wave Diffraction Read Post »
The imaginary time evolution method is a powerful computational tool for finding ground states in quantum mechanics, especially for systems
Quantum mechanics describes how quantum systems change over time. There are two main ways to model this evolution: real time
Imaginary Time Evolution vs Real Time Evolution in Quantum Mechanics Read Post »
Open almost any quantum-mechanics textbook, and the first example of a moving particle you meet is not a sharp spike
Why Physicists Love Gaussian Wave Packets Read Post »
In a landmark collaboration, IBM Quantum and Lockheed Martin researchers have demonstrated for the first time that near-term quantum hardware
Quantum Computers Tackle Radical Molecules for the First Time Read Post »
Quantum computer chips, also known as quantum processing units (QPUs), form the heart of today’s nascent quantum computers. Unlike classical
Latest Quantum Computer Chips in 2025 Read Post »
Quantum technology is no longer a distant promise—it’s rapidly reshaping computing, communication, and sensing around us. In 2025, breakthroughs in
Quantum Technology: Where We Stand in 2025 Read Post »
In a world-first demonstration, scientists have managed to keep an entangled group of atoms continuously squeezed and use them to
Quantum Sensing with AI: Real-Time Magnetic Field Tracking with Entangled Atoms Read Post »
In a remarkable advancement, scientists have developed an algorithm capable of perfectly correcting errors in quantum computing—opening new doors to
Scientists Develop Breakthrough Algorithm PLANAR for Perfect Quantum Error Correction Read Post »