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Scientists have discovered a faster way to identify diamond-based materials that could power quantum computers and sensors at room temperature. The breakthrough has already revealed promising new quantum building blocks that could help unlock computing capabilities far beyond those of today’s supercomputers.
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Researchers at Brown University have overcome a major obstacle to creating ultra-low-power computer chips that could help slash the energy demands of AI. Their breakthrough eliminates a long-standing “dead layer” problem that causes promising materials to stop working when made extremely thin. Remarkably, the new technique not only preserves the materials’ electrical and magnetic properties at nearly atomic thicknesses but also gives them enhanced magnetic capabilities
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In-brief analysis
November 12, 2026
After decades of decline, crude oil production in Alaska is growing, driven by two projects on Alaska’s North Slope. In our latest Short-Term Energy Outlook, we expect a 23,000 barrels per day (b/d) (6%) increase in 2026, followed by a 60,000 b/d (13%) rise in 2027. At a forecast 505,000 b/d in 2027, output would be the most since 2014.
If realized, these annual production increases will be the largest since the 1980s, when Alaskan crude production peaked at 2.0 million b/d.
The recent growth is attributable to two projects on Alaska’s North Slope:
The Nuna project, owned by ConocoPhillips, started production in December 2024 and is expected to produce 20,000 b/d at its peak. So far this year, it has produced an average of 10,000 b/d,
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A groundbreaking new supercomputer simulation is revealing how the universe escaped its cosmic dark age and transformed into a cosmos filled with stars and galaxies. Called Lumina, it recreates 2 billion years of early cosmic history across a region 1.6 billion light-years wide, capturing extraordinary details that previous simulations could not.
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