Microsoft explores superconductors for efficient data center cooling

Microsoft is investigating high-temperature superconductors to improve cooling in future data centers. This approach aims to reduce energy waste and enable denser power delivery. The technology could avoid the need to expand substations or feeders.

Microsoft is betting on high-temperature superconductors, known as HTS, to cool future data centers more efficiently. According to a TechRadar report, this innovation could allow for faster cooling while significantly cutting down on wasted energy.

The description highlights that HTS might support denser power delivery systems. This means data centers could handle more power without requiring expansions to substations or feeders, potentially streamlining infrastructure needs.

The article was published on February 15, 2026, at 17:05 UTC, focusing on Microsoft's forward-looking ideas in data center management. While the full potential remains to be seen, the emphasis is on sustainable and effective cooling solutions for growing computational demands.

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President Trump and tech CEOs from Amazon, Google, Meta, Microsoft, OpenAI, Oracle, and xAI sign the Ratepayer Protection Pledge at the White House, committing to cover AI data center power costs.
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Tech giants pledge to cover AI data center power costs in White House deal

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On March 4, 2026, major tech companies including Amazon, Google, Meta, Microsoft, OpenAI, Oracle, and xAI signed a non-binding 'Ratepayer Protection Pledge' at the White House, committing to supply their own power for AI data centers and bear full costs to prevent rising consumer electricity bills. President Trump highlighted the need for better public perception of data centers, though experts question the pledge's enforceability.

Microsoft has outlined measures to act as a 'good neighbor' in areas hosting its data centers, aiming to prevent increases in local utility bills. The company is responding to rising public concerns about the energy demands of its infrastructure. This includes advocating for higher electricity rates specifically for data centers.

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Chinese researchers have developed a liquid cooling system using ammonium thiocyanate that achieves rapid cooling in 20 seconds. By mimicking the squeeze of a wet sponge through pressure changes, it instantly absorbs massive heat, potentially offsetting the soaring energy demands of AI data centers.

Former President Donald Trump has called on tech companies to cover the costs of their data centers independently. He also pledged to address the high energy expenses associated with these facilities. The statements were made in a recent announcement.

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The U.S. electric grid loses about 5% of generated electricity during transmission, highlighting the need for better storage and delivery systems to support clean energy. A recent overview outlines seven key innovations addressing these challenges across generation, storage, transmission, and demand.

Tech companies are increasingly using natural gas turbines and engines to generate on-site electricity for data centers amid surging AI demand. This trend is leading to a boom in fossil fuel projects, particularly in the United States. Experts warn it could lock in higher emissions and hinder renewable energy adoption.

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Scientists in Australia have developed the largest quantum simulator to date, using 15,000 qubits to model exotic quantum materials. This device, known as Quantum Twins, could help optimize superconductors and other advanced substances. Built by embedding phosphorus atoms in silicon chips, it offers unprecedented control over electron properties.

 

 

 

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