Latest Articles for Measurements

New methods improve detection of entanglement in continuous-variable quantum systems.

New techniques improve target tracking accuracy in uncertain conditions.

New dual-combing system improves gas detection accuracy and speed.

Scientists investigate the unique shapes of Jupiter and Saturn and their implications.

How too many measurements can mislead safety in projects.

New methods aim to make heart function assessment easier and more accessible.

Exploring the effects of continuous measurement on quantum systems.

New findings reveal how electric fields affect transition-edge sensors in energy measurement.

Examining the relationship between superposition and locality in quantum physics.

A look at the debate over the completeness of quantum mechanics.

Examining the complexities of knowledge among different agents and contexts.

Exploring how measurements differ based on observers in quantum mechanics.

Fermilab's NuMI project advances neutrino studies with improved measurement techniques.

Learn the basics and impact of quantum mechanics on our world.

A new approach to enhance the efficiency of quantum circuits using Pauli strings.

New method improves accuracy in locating objects indoors.

Understanding particle behavior through collider experiments and precise measurements.

This article examines how measurements influence particle behavior in spin systems.

Recent measurements reveal significant resonance structures in charmonium particle interactions.

This study evaluates a new tool for measuring young children's height accurately.

New method enhances simulations of complex quantum systems effectively.

Researchers use a new approach to analyze quantum processes in space and time.

Examining the Wigner's friend thought experiment in quantum mechanics.

Investigating how measurement influences quantum complexity in random quantum circuits.

A new method streamlines sensor calibration with cost-effective solutions.

This article presents a method to estimate voltage phase angles in electric power networks.

Learn how ZTF's Forced Photometry Service improves measurements of cosmic events.

Refining methods to analyze galaxy clustering using new measurement approaches.

A new method makes simulating quantum optics easier and more efficient.

This paper discusses how test mass roughness affects measurements in gravitational wave detectors.

Examining how positive energy affects localization in quantum systems.

Explore how measurements impact entangled particles across distances.

Understanding the connection between quantum systems and their environments through temporal correlations.

Research reveals the link between dust and star formation rates in nearby galaxies.

This study reveals how energy flow influences quantum probabilities through electron-photon interactions.

New methods improve quantum state reconstruction with fewer measurements.

Neural density fields provide an advanced way to model small bodies' gravity.

A new method for measuring quantum system positions using a quantum ruler.

This article examines how measurements affect false vacuum decay in quantum systems.

Exploring bidirectional quantum teleportation and its significance in secure communication.