Latest Articles for Computational Methods

A new method enhances accuracy in material behavior studies.

Scientists improve designs for magnonic devices using advanced algorithms and innovative methods.

A look into the tools used to study atomic behavior.

Scientists investigate how different methods affect band gap calculations in materials.

Explore how quantum computing transforms chromatography in drug production.

Learn about basis set incompleteness errors and how scientists address these in quantum chemistry.

New technique boosts efficiency in quantum chemistry calculations using GPU technology.

Explore how quantum gates enhance technology through composite pulses.

Discover the science behind particles and their interactions in lattice gauge theories.

Delving into 3D conformal field theories with U(1) symmetry for new discoveries.

Delving into how quasi-particles and self-energy shape molecular behavior.

How algorithmic design influences Casimir-Polder forces for advanced technology.

Discover how a new decoder is changing quantum error correction for the better.

A look into particle behavior through the Non-Linear Sigma Model.

Discover how Complex Langevin simulations tackle complex quantum systems effectively.

Discover fresh methods transforming quantum chemistry through the sum-of-squares technique.

Joint Approximate Diagonalization offers better predictions in quantum material behaviors.

Explore the elegance and complexity of ternary quartics in mathematics.

Navigating the complexities of estimating unknowns in seismic studies.

Explore how median-dual regions simplify complex geometry in fluid dynamics.

Learn how quantum circuit cutting improves quantum neural networks on limited devices.

Discover how the Diffusion Monte Carlo method helps understand particle behavior.

Scientists develop new methods to control topological charges in quantum materials.

PP2Drug is transforming drug design by streamlining the process for creating new candidates.

Discover how rTEBD improves quantum system simulations with crucial insights.

Researchers tackle the complex Maximum A Posteriori problem using innovative methods.

Scientists tackle complex quantum problems with innovative techniques for Bell inequalities.

Discover the fascinating world of symmetric designs and their higher-dimensional counterparts.

A new method improves accuracy in surface diffusion modeling for material design.

New methods in quantum chemistry aim to make computations more efficient and accurate.

Researchers use Lefschetz thimbles to improve complex Langevin calculations.

New methods improve functional data analysis by embracing flexibility and complexity.

New method combines AI with physics for better quantum models.

New methods combine machine learning and lattice theories for better sampling.

Discover how Triad-ATRG transforms complex physics computations.

A new method for improving decision trees in machine learning.

Discover new methods to solve eigenvalue problems with improved efficiency and flexibility.

Explore the fascinating relationship between elliptic curves and torsion groups in quartic fields.

A look at the Oseen eigenvalue problem in fluid dynamics and its significance.

Researchers use neural networks to simulate off-shell effects in particle physics.