Latest Articles for Shapes

Using ontology can boost MLLMs' ability to identify plant diseases accurately.

Discover how humans and marmosets recognize faces in different conditions.

Learn how scientists match complex shapes using simple methods.

A new method enhances segmentation accuracy by integrating shape and intensity in medical images.

Discover how technology aids in designing proteins through innovative methods.

This article explores how Lambda particles affect zirconium's diverse atomic shapes.

Exploring how pressure, shape, and speed interact between indenters and surfaces.

VQShape simplifies time-series analysis through interpretable shapes and patterns.

Exploring the unique shapes of trees through mathematics.

Exploring the role and structure of paraspeckles in cellular biology.

A new method uses shapes to improve how computers recognize images.

Research sheds light on how cells align and move together.

Explore the fascinating world of shapes and their patterns.

Discover how TDA helps classify sounds and shapes by measuring similarity.

Explore the fascinating role of magnons in magnetic materials.

Learn how scientists study species shapes and their evolution using technology.

A look at how shapes affect settling in liquids.

A look into the fascinating world of coin billiards and its motion.

Examining the interaction of quadrature domains and their non-overlapping nature.

A simple look at flat chains and metric currents in math.

A dive into fitting shapes through points and its historical significance.

Researchers develop an adaptive system for estimating object shapes and positions from images.

A look into Scalar-on-Shape regression and its applications.

Exploring the challenges AI faces with unclear images.

Learn about Diomedes, a Trojan asteroid revealing early solar system secrets.

Explore the fascinating world of Dudeney's triangle and square puzzle.

Explore the science of landing on soft planetary surfaces and its implications for future missions.

Discover how feature inversion reveals the inner workings of DETR networks.

A deep look into SAM's struggles with complex objects and textures.

Learn how robots dodge obstacles using smart technology for safer navigation.

Learn how melting ice blocks can actually move in water.

T1 transitions allow cells to move and reshape, vital for tissue health.