How a Team of Scientists Used Cosmic Clocks to Test the Nature of Dark Matter

#NSN

#darkmatter

#pulsars

In this episode, I will tell you about a recent study that used pulsar timing to test the hypothesis that dark matter could be composed of ultralight particles, also known as axion-like particles (ALPs). I will explain how these particles could affect the timing of pulsars, how the researchers used the European Pulsar Timing Array (EPTA) to look for them in the Milky Way galaxy, and what they found. I will also discuss the implications and limitations of this study, and what it means for the future of dark matter research.

Chapters:

00:00 Introduction

02:01 What are pulsars, and how are they used to test dark matter?

04:05 How did the researchers use the EPTA to look for ultralight dark matter in the Milky Way?

06:32 What did the researchers find and what are the implications of their study?

08:47 Outro

09:14 Enjoy

Dark Matter
Scientific Research
Cosmology
Astrophysics
Cosmic Clocks
Timekeeping
Particle Physics
Scientific Experiment
Quantum Mechanics
Astronomy
Dark Matter Detection
Space Exploration
Scientific Discovery
Particle Detectors
Fundamental Physics
Time Dilation
Quantum Clocks
Scientific Method
Universe Studies
Cosmological Observations
Experimental Physics
Space-Time
Quantum Entanglement
Time Measurement
Astronomy News
Quantum Sensors
Clock Synchronization
Cosmic Forces
Quantum States
Exotic Matter
Time Variability
Subatomic Particles
Relativity Theory
Dark Energy
Quantum Interactions
Precision Timekeeping
Space Science
Astrophysical Phenomena
Quantum Experiments
Fundamental Forces
Particle Accelerators
Time and Gravity
Gravitational Waves
Quantum Technology
Theoretical Physics
Experimental Design
Hyperspace
Quantum Entropy
Space Observations
High-Energy Physics
Dark Matter Particles
Quantum Clock Networks
Time Warping
Advanced Physics
Quantum Information
Extraterrestrial Matter
Quantum States of Matter
Time Dilation Effects
Quantum Mechanics Research
Particle Colliders
Advanced Cosmology
Quantum Field Theory
Time-Keeping Instruments
Experimental Astrophysics
Quantum Gravity
Dark Matter Theories
Precision Measurements
Quantum Computing
Space-Time Continuum
Time Synchronization
Quantum Systems
Astrophysical Experiments
Quantum Field Dynamics
Space Phenomena
Quantum Physics
Time-Dependent Processes
Exotic Physics
Quantum Information Science
Dark Matter Observations
Space Technology
Time-Resolved Measurements
Quantum States Manipulation
Scientific Breakthrough
Space and Time
Quantum Superposition
Galactic Studies
Quantum Sensing
Precision Clocks
Dark Matter Hypotheses
Quantum Entanglement Experiments
Quantum Timekeeping
Cosmic Insights
Dark Matter Mysteries
Quantum Exotic Matter
Time and Space Exploration
Quantum Measurement Techniques
Cosmic Clock Experiments
Dark Matter Investigations
Quantum Information Processing
The Nature of the Universe

#NSN #darkmatter #pulsars #pulsartiming #ultralight

#ALPs #axions #EPTA #radio #telescopes #physics

#astronomy #cosmology #gravity #Shapiro

#timedelay #NFW #QCD #axion #Bayesian #inference

#Bayes #factor #eta #meson #decay #gravitational #waves #NANOGrav #PPTA #Feynman #NASA #Astronomy