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Recently Published Articles
- Sub-One-in-a-Million Error in Trapped-Ion Single-Qubit Gates
Last Updated on June 15, 2025 by Sushanta Barman In a groundbreaking leap for quantum computing, scientists at the University of Oxford have achieved the most precise single-qubit gate operations ever recorded. The team demonstrated error rates as low as \(1.5 \times 10^{-7}\) in a trapped-ion system, a level of precision nearly… Read more: Sub-One-in-a-Million Error in Trapped-Ion Single-Qubit Gates - ORNL–Yonsei Team’s Quantum Sensor Detects Phases 1.7 dB Below Noise
Last Updated on June 14, 2025 by Sushanta Barman In a latest development, physicists have demonstrated a quantum sensor capable of detecting subtle signals that classical sensors cannot. This innovative technology uses entangled particles to measure phases at multiple points simultaneously, achieving sensitivities previously considered impossible. The research, led by… Read more: ORNL–Yonsei Team’s Quantum Sensor Detects Phases 1.7 dB Below Noise - New Quantum Sensor Achieves Record-Breaking Electric Field Sensitivity
Last Updated on June 12, 2025 by Sushanta Barman In a groundbreaking advancement, researchers have developed an ultrasensitive quantum sensor capable of detecting electric fields with unprecedented precision. Published in the prestigious journal Nature Physics, the research introduces a novel technique using a single trapped ion combined with a magnetic… Read more: New Quantum Sensor Achieves Record-Breaking Electric Field Sensitivity - IBM Qubits Achieve Exponential Speedup on Simon’s Problem
Last Updated on June 13, 2025 by Sushanta Barman In a groundbreaking demonstration, researchers have achieved an exponential quantum speedup on IBM quantum computers for a notoriously challenging computational problem known as Simon’s problem. This accomplishment, published in the prestigious journal Physical Review X, marks a significant step toward practical… Read more: IBM Qubits Achieve Exponential Speedup on Simon’s Problem - Physicists Achieve Record-High Bose-Einstein Condensate Production at 2 Hz Rate
Last Updated on June 7, 2025 by Sushanta Barman Researchers in Germany have developed an all-optical system that produces ultracold rubidium Bose-Einstein condensates (BECs) more than twice per second. In a landmark experiment, scientists at Leibniz Universität Hannover and the German Aerospace Center (DLR) have generated rubidium Bose-Einstein condensates at… Read more: Physicists Achieve Record-High Bose-Einstein Condensate Production at 2 Hz Rate - Quantum Sensor Light Meters: Principles and Applications
Last Updated on June 11, 2025 by Sushanta Barman Quantum sensor light meters are specialized devices used to measure light based on quantum principles, specifically by counting photons—the fundamental particles of light. Unlike conventional light meters that measure luminous intensity, quantum sensors precisely quantify the amount of photosynthetically active radiation… Read more: Quantum Sensor Light Meters: Principles and Applications - Single-Photon Emitters Unlock Next-Level Security in Quantum Communications
Last Updated on June 13, 2025 by Sushanta Barman In a breakthrough demonstration, researchers at the University of Science and Technology of China (USTC) have achieved quantum key distribution (QKD) rates beyond what was previously thought possible using conventional laser sources. Published in Physical Review Letters on May 29, 2025,… Read more: Single-Photon Emitters Unlock Next-Level Security in Quantum Communications - Quantum Artificial Intelligence: The Defining Technology of the 21st Century
Last Updated on June 4, 2025 by Sushanta Barman Quantum Artificial Intelligence (Quantum AI) is emerging as a pioneering field at the intersection of quantum mechanics and artificial intelligence. As a researcher, I view this convergence as one of the most profound technological shifts of the 21st century, with the… Read more: Quantum Artificial Intelligence: The Defining Technology of the 21st Century - Computing Excited States Using Imaginary Time Evolution
Last Updated on June 15, 2025 by Sushanta Barman Imaginary Time Evolution (ITE) is a computational technique extensively used in quantum mechanics to find the ground states of quantum systems numerically. It involves evolving an initial trial wave function in imaginary time, effectively damping higher energy components and isolating the… Read more: Computing Excited States Using Imaginary Time Evolution - Online Simulator for Matter Wave Diffraction
Last Updated on May 31, 2025 by Sushanta Barman Online Simulator This simulator visualizes the quantum interference pattern from various slit gratings. Adjust parameters, then click “Run Simulation” and “Run Build-Up” to see how individual particle detections form the interference envelope. Grating Type ? Single SlitDouble SlitMulti-Slit Number of Slits… Read more: Online Simulator for Matter Wave Diffraction - Finding the Ground State of a 2D Quantum Harmonic Oscillator Using Imaginary Time Evolution
Last Updated on June 13, 2025 by Sushanta Barman The imaginary time evolution method is a powerful computational tool for finding ground states in quantum mechanics, especially for systems where analytical solutions are challenging. In this article, we demonstrate how to use imaginary time evolution to obtain the ground state… Read more: Finding the Ground State of a 2D Quantum Harmonic Oscillator Using Imaginary Time Evolution - Imaginary Time Evolution vs Real Time Evolution in Quantum Mechanics
Last Updated on June 15, 2025 by Sushanta Barman Quantum mechanics describes how quantum systems change over time. There are two main ways to model this evolution: real time evolution and imaginary time evolution. While both use the same mathematical framework (the Schrödinger equation), they serve different purposes in physics… Read more: Imaginary Time Evolution vs Real Time Evolution in Quantum Mechanics - Why Physicists Love Gaussian Wave Packets
Last Updated on June 28, 2025 by Sushanta Barman Open almost any quantum-mechanics textbook, and the first example of a moving particle you meet is not a sharp spike or a jagged pulse but a smooth, bell-shaped curve. That curve is a Gaussian wave packet. A plot of the bell-shaped… Read more: Why Physicists Love Gaussian Wave Packets - Quantum Computers Tackle Radical Molecules for the First Time
Last Updated on June 13, 2025 by Sushanta Barman In a landmark collaboration, IBM Quantum and Lockheed Martin researchers have demonstrated for the first time that near-term quantum hardware can accurately model the electronic structure of an open-shell molecule—methylene (CH₂)—paving the way for improved simulations of highly reactive radical species… Read more: Quantum Computers Tackle Radical Molecules for the First Time - Latest Quantum Computer Chips in 2025
Last Updated on May 25, 2025 by Sushanta Barman Quantum computer chips, also known as quantum processing units (QPUs), form the heart of today’s nascent quantum computers. Unlike classical processors that use bits (0 or 1), QPUs employ qubits, which can exist in superpositions of 0 and 1, enabling radically… Read more: Latest Quantum Computer Chips in 2025