
How Liquid Cooling Is Solving AI’s Heat Problem
AI racks now generate 100 kW of heat per cabinet. Liquid cooling has gone from a curiosity to a survival strategy — here's why the entire industry is making the switch.

AI racks now generate 100 kW of heat per cabinet. Liquid cooling has gone from a curiosity to a survival strategy — here's why the entire industry is making the switch.

Microsoft's Majorana 2 chip swaps aluminum for lead, boosting topological qubit parity lifetimes by 1,000-fold to 20 seconds. One material change that could redefine the road to fault-tolerant quantum computing.

In vivo CRISPR gene editing has achieved its first Phase 3 victory: a single injection of lonvo-z cut hereditary angioedema attacks by 87%, with 62% of patients remaining entirely attack-free.

China's new JUNO neutrino detector has achieved 1.6 times better precision than all previous experiments combined—using just 59 days of data—bringing the neutrino mass hierarchy closer to resolution.

From particle collisions to edge data centres. The infrastructure that powers science and the infrastructure that powers the internet have more in common than you think.

How AI is transforming intelligence into a commodity and data centers into power plants for an AI-Metered World.

"This historical analysis explores how engineering innovations and strategic shifts have helped improve data center PUE globally."

"Vertiv’s massive capital injection signals the transition of high-density liquid cooling from niche capability to industrial necessity."

"Unlock the amazing secrets of quantum physics using simple analogies that explain our complex universe."

"Recent breakthroughs in Quantum Entanglement Swapping on commercial fiber networks in NYC and Berlin signal a scalable quantum internet."