Latest Articles for Engineering

Discover how Josephson junction arrays are transforming quantum technology.

Discover how the Koopman operator and kernel methods analyze complex systems.

Discover the mysteries of large solutions in mathematics and their real-world applications.

A new approach uses machine learning to manage unpredictable systems more effectively.

A new method simplifies surface flattening for various applications.

Discover how Dyn-cGAN transforms fluid behavior prediction using AI.

Learn how cracks grow in materials and their impact on engineering.

Scientists develop a model to improve earthquake data collection and safety.

Learn how sweeping processes shape our understanding of movement and interaction.

Discover the fascinating world of generalized trigonometric integrals and their applications.

Discover how hybrid solid-porous structures change engineering with strength and lightness.

A look into how fluids behave in complex shapes using mathematics.

Discover the role of elastic constants in material science and engineering.

Discover how systems stay stable amidst noise and randomness in nature.

A new method improves particle tracking in fluid dynamics using machine learning.

How robots navigate narrow spaces without collisions.

Scientists push boundaries to find practical superconductors for everyday use.

Discover how Carleman weight functions help manage complex systems effectively.

Explore the complex behavior of superconductors and their intriguing fluctuations.

Discover the amazing world of high-temperature superconductors and their applications!

Explore the world of nanomechanical resonators and their crucial roles in technology.

Innovative methods use game engines to enhance testing environments for autonomous systems.

Discover how spin influences fluid behavior and its implications across various fields.

Discover how data helps us interpret the changes in dynamical systems.

Discover how disorder in flat-band materials can enhance electron movement and drive technological advancements.

Scientists accelerate electrons using innovative fiber technology and gain media.

Exploring the interaction between hydrogen and structural materials to ensure safety.

Discover the basics and applications of neural operators in machine learning.

A look into optimal control methods for managing transport systems effectively.

Discover how potential vector fields shape our understanding of the physical world.

Explore the FSY lattice and its applications in various systems.

Discover how the CoEvo framework enhances AI's ability to address complex problems.

Discover new ways to tackle complex fluid and wave systems.

Engineers tackle noise challenges in data-driven control systems for better performance.

Discover the intricate interactions between particles and fluids across various fields.

Explore fluid-particle interactions and their significance in science and technology.

An overview of metric spaces, curvature, and their fascinating properties.

Discover how grain boundaries affect hydrogen's behavior in metals and impact their durability.

A deep dive into circuit algebras and their real-world applications.

Explore the journey from single-core to advanced domain-specific architectures.