Naoki Masuda

This study examines how environmental feedback on network edges affects cooperation evolution, showing that sparse networks stabilize cooperation while dense networks can lead to oscillations.

The paper analyzes segmental duplications in 117 vertebrate genomes and starfish, revealing species-specific patterns and rapid evolution of duplication landscapes.

The paper identifies switch-like genes across multiple tissues and links their expression patterns to disease susceptibility, finding tissue-specific and universally switch-like genes with potential therapeutic implications.

The paper identifies adaptive genomic structural variants across 26 populations using a network-based method and finds 577 variants with high population distribution, some overlapping with coding sequences or GWAS traits.

This study shows that mindfulness meditation alters the structure and configuration of functional brain networks, including changes in community size and regional composition.

This study links higher fluid intelligence to closer resting-state neural dynamics to criticality by analyzing fMRI data using a statistical physics-inspired method.

This study uses MEG energy landscape analysis to show JME patients have altered network dynamics in the frontoparietal network, with fewer local energy minima and reduced time in characteristic energy basins.

The paper uses network analysis to compare immune systems of wild and laboratory mice, finding similarities and differences in their immunological networks.