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MIT study uses medical CT imaging to reconstruct 5,000-year-old metal production

Around 5,000 years ago, people in what is now Iran began turning dull stone into shining metal. By heating copper ore until ...
IEEE

An Innovative Low-Rank Sparse Matrix Decomposition Clutter Suppression Method Based on Non-Convex Alternatives for Pseudo-Random-Coded Ground-Penetrating Radar

Abstract: This article analyzes the composition and characteristics of echo signals in a pseudorandom-coded ground-penetrating radar (GPR). Based on these characteristics, an innovative low-rank ...

2026 Could Be The Year Of The 2-ETF Portfolio: Here's A Simple One With SPY And BIL

A combination of one "offense" ETF, one "defense" ETF, and a method to tactically allocate among them could help simplify ...

How do AI coding agents work? We look under the hood.

At the core of every AI coding agent is a technology called a large language model (LLM), which is a type of neural network ...

The AI Bubble Is A Myth: Why I'm Concentrating Into Networking And Cooling

AI stock valuations in public markets are largely reasonable. Read why smaller firms in networking and cooling could be ...

What’s the Difference Between a $15 and $150 Bottle of Wine?

According to Dan Petroski, founder-winemaker at Yountville-based Massican, to make a $15 bottle of California Cabernet, you’d ...
IEEE

Ground-Penetrating Radar Random Missing Data Reconstruction Method Based on U-Net Network

Abstract: Data loss is a common occurrence during ground penetrating radar (GPR) detection. Inspired by the application of deep learning in seismic data, we use deep learning to reconstruct the random ...