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From Coder to Conductor: How Claude Code is Redefining Software Development

From Coder to Conductor: How Claude Code is Redefining Software Development

Kieran Klaassen, GM of AI email tool Cora, reveals how Claude Code handles 100% of his coding—transforming developers into AI orchestra conductors. This shift from typing functions to directing outcomes accelerates shipping speed while elevating the role of human judgment in architecture and product thinking.
Mitochondrial Fragmentation: The Hidden Driver of Sleep Pressure Uncovered in Flies

Mitochondrial Fragmentation: The Hidden Driver of Sleep Pressure Uncovered in Flies

A groundbreaking single-cell transcriptomics study reveals that sleep deprivation triggers mitochondrial fragmentation and metabolic stress in specific sleep-control neurons of fruit flies. This fragmentation—accompanied by enhanced mitophagy and altered ER contacts—directly modulates neuronal excitability and sleep drive, suggesting mitochondrial dynamics serve as a fundamental biological timer for sleep homeostasis.

Semantic Search Comes to GitHub: Vector Embeddings Unlock Natural Language Code Discovery

A new open-source project leverages semantic embeddings to transform how developers search GitHub repositories, moving beyond keyword matching to understand the meaning behind queries. By creating vector representations of code and documentation, it enables natural language discovery of relevant projects, potentially solving a major pain point in navigating the vast code ecosystem.
LokAlp: Robotic Fabrication and AR Assembly Revolutionize Circular Timber Construction

LokAlp: Robotic Fabrication and AR Assembly Revolutionize Circular Timber Construction

Researchers at Politecnico di Milano have developed LokAlp, a reconfigurable timber construction system using off-cuts from CLT and GLT production. By combining computational design, robotic milling (showing >45% faster production than CNC), and augmented reality-guided assembly, this system enables waste-free, self-built structures while maintaining Eurocode compliance. The patented approach demonstrates how industrial by-products can achieve architectural-scale buildings through discrete, reusable components.

Fixed-Point Arithmetic: The High-Performance Alternative to Floating-Point for Resource-Constrained Systems

Fixed-point arithmetic enables fractional calculations with integer hardware, trading range for resolution to achieve dramatic speedups in embedded and real-time systems. This deep dive explores its implementation, operations, and the 5.3x performance gains demonstrated in real-world applications like the RP2040 microcontroller. Developers will learn when and how to leverage this technique to optimize critical code paths.