Latest Articles for Scientific Methods

A look into the properties and decay processes of CP-even Higgs bosons.

A new method enhances galaxy shape measurements, reducing biases in cosmic studies.

Bayes factors help researchers evaluate and compare hypotheses using data-driven evidence.

A novel method for building special four-dimensional shapes in geometry and gravity.

New methods are improving how researchers analyze and store genetic information.

A new method for enhancing small language models using knowledge graphs for better causal analysis.

RatXcan reveals links between rat genetics and traits like body length and BMI.

Exploring marginal and profiled posterior distributions in cosmological studies.

UniScore improves peptide identification in mass spectrometry, enhancing accuracy and efficiency.

A clear outline for writing and submitting journal articles.

A look into how scientists estimate the stellar mass of dwarf galaxies.

SCALE is transforming how scientists study small-scale gravitational lensing of the CMB.

Exploring the role and detection of the DNA modification 6mA.

A new method enhances understanding of black holes by prioritizing model accuracy.

Cell shapes provide crucial insights into health and disease classification.

A simple overview of profile likelihood and its role in particle physics.

Study design elements can enhance heart disease research reliability.

A deep dive into the Born-Oppenheimer approximation and its connection to quantum mechanics.

Scientists use advanced algorithms to uncover details about galaxy formation and behavior.

A look into how multiple-basis representation offers insights into quantum states.

Scientists merge DMRG and Coupled-Cluster methods to enhance understanding of molecular behavior.

Researchers use advanced PET imaging to study multiple tracers simultaneously.

Exploring the impact of geometric phase effects on electronic structure methods.

An overview of data assimilation in complex, unpredictable systems.

KDCA transforms how we analyze gene interactions in disease.

A look at different techniques for studying cosmic data and their effectiveness.

A fresh approach helps us understand distant galaxies better.

Discover how new techniques make effective field theories easier to understand.

New methods improve how scientists study bacteria and their health impacts.

A look into how molecules interact and the methods used to study them.

Learn how scientists accurately count bacteria using dilution techniques.

A new method improves our insights into tiny blood vessel systems.

A look into how tensor networks improve spectroscopy and energy analysis.

Understanding the interaction between quantum mechanics and classical systems.

Learn how galaxies act as timekeepers for our universe's growth.

Discover how Baikov representation makes particle calculations easier.

A breakthrough method improving protein sequence assignment from cryo-EM maps.

Discover how scientists use simulations to study complex cosmic data.

Learn how the similarity-based method predicts liquid behavior with confidence.

Discover how Hamiltonian truncation aids in analyzing quantum field theories.