Physics is all around us. It is not limited to classrooms, textbooks, or laboratories.
Every day, Physics is applied in the technology we use, the electricity that powers our homes, the heat produced by machines, the cooling systems that control temperature, and the communication networks that connect the world.
In this section, we explore how Physics explains real-world technology used in energy systems, electrical devices, cooling systems, AI data centres, and other modern applications.
Physics Applied in the Technology of AI Data Centres
AI data centres are a powerful example of Applied Physics. They depend on electricity, power distribution, heat transfer, cooling systems, backup power, networking equipment, and energy-efficient design. As AI workloads increase, these centres need more electrical power, produce more heat, and require stronger cooling systems to operate safely and reliably.
The articles below explain the Physics behind AI data centres in a simple and practical way.
Articles
1. Why Do AI Data Centres Need So Much Power?
The power demand of an AI data centre is not just about computers. It is also about cooling, backup systems, power conversion, networking, and infrastructure. Read more…
2. The Physics of Cooling Data Centres
In this article, we look into why cooling is one of the most important parts of data centre design. Read more…