#Tech

A new mathematical model suggests our brains may be optimized for seven senses rather than five, with memory capacity peaking when concepts are described by seven features. The study, conducted by researchers at the Skolkovo Institute of Science and Technology, points to a robust finding: a seven-dimensional conceptual space yields the greatest number of distinct memories in a steady state. While the work is theoretical and focused on memory engrams—the brain’s basic units of memory modeled as sparse, distributed networks—the idea has wide-ranging implications for artificial intelligence, neuroscience, and how we think about learning in humans. The team emphasizes that their conclusions are speculative when applied to real human senses, yet they stress that the mathematical insight could guide future research in robotics, AI design, and educational tools that harness multi-sensory information.

Bangkok is quietly reshaping Southeast Asia’s digital backbone. In early 2025, the city’s data center footprint crossed 2.5 gigawatts of IT load, a figure that positions Bangkok as the region’s second-largest market after Johor, Malaysia. The numbers reflect a shift from small, retail-leaning facilities to purpose-built, hyperscale campuses clustered around Bangkok’s metropolitan hub and the Eastern Economic Corridor (EEC). Cloud services now account for roughly 38% of Thailand’s total data center capacity, with AI workloads expanding rapidly and shaping the next wave of infrastructure needs. The story is not just about bigger buildings and bigger numbers; it is about how a capital city with strong land availability, stable power, and a strategic geographic position is becoming a fulcrum for Southeast Asia’s tech ambitions—and what that means for Thai workers, policymakers, and communities.