ScienceShot

The full stack. Seen clearly.

From the chip to the grid, explained for the people who build and run data centres.

Every watt in a data centre passes through silicon, links, halls and models. We follow it the whole way, and show our sources at every step.

Macro photograph of a circuit board and chips

Semiconductors

Where every watt begins.

Chips set the ceiling for everything above them: how much work a megawatt can do, and how much heat it leaves behind.

Latest analysisMoS2 Radio Survives Nine Months in Orbit: What It ShowsExplore Semiconductors
Strands of optical fibre glowing blue at their tips

Connectivity

The links that hold it together.

Fibre, interconnects and grid links decide where capacity can go and how fast it can talk.

Latest analysisCo-Packaged Optics Is Killing the Pluggable TransceiverExplore Connectivity
Rows of server fronts glowing blue in a dark data hall

Data Centers

Power, cooling and the rules.

The hall is where physics meets regulation. We test the claims against climate data and the law.

Latest analysisSmall Modular Reactor for a Data Centre: How It Works, What It TakesExplore Data Centers
Close-up of red circuit board traces in a dense pattern

Software & AI

What the capacity is for.

Models and schedulers decide what a facility actually does, and what each answer really costs.

Latest analysisAI Model Collapse Is a Curation FailureExplore Software & AI

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Photographs: Unsplash.