Research Articles
Seeing the Unseen: How Algorithms Power the Tomography Revolution
Explore how computational algorithms are revolutionizing tomography, from medical imaging to materials science, with deep learning approaches solving complex inverse problems.
The Invisible Engineer: How Computational Biomechanics is Revolutionizing Medicine from Cells to Systems
Discover how computational biomechanics uses advanced simulations to understand mechanical forces in biological systems, revolutionizing disease diagnosis and treatment.
The Molecular Masterpiece of Smell: Engineering Our Scent Sensors
Explore the fascinating world of olfactory cyclic nucleotide-gated ion channels and how genetic engineering is revolutionizing our understanding of smell.
Cancer Risk Assessment: Decoding How Scientists Evaluate Chemical Carcinogens
Explore the science behind cancer risk assessment, from chemical carcinogenesis to hazard evaluation and risk quantification methods used by scientists worldwide.
The "Machinery" of Biocomplexity: Why Nature's Designs Are Surprisingly Inefficient
Exploring why biological systems evolve non-optimal architectures through evolutionary constraints, trade-offs, and computational models.
The Mental Laboratory: How Our Brains Build Scientific Concepts
Explore how our brains create, store, and manipulate mental representations of scientific concepts through cognitive development stages and neuroimaging research.
The Gene Librarian: How Ontology Is Revolutionizing Bioinformatics
Exploring how ontology-based knowledge organization is transforming bioinformatics workflow management systems and accelerating biological discovery.
Unfolding Nature's Patterns: How Math Decodes Nature's Blueprints
Explore how Galerkin Proper Orthogonal Decomposition helps solve the Swift-Hohenberg equation to understand pattern formation in nature
The Amyloid Enigma: How a Sticky Protein Is Rewriting the Story of Alzheimer's Disease
Explore the latest breakthroughs in Alzheimer's research as scientists uncover the complex role of amyloid-beta proteins and their different forms in disease progression.
The Hidden Map of the Mind: How Neuroscience Metadata is Solving the Brain's Greatest Mysteries
Explore how neuroscience metadata is revolutionizing brain research through collaborative science, FAIR principles, and groundbreaking experiments like OpenScope.