When we talk about the cost of AI infrastructure, the focus is usually on Nvidia and GPUs -- but memory is an increasingly ...

Memory chips are a key component of artificial intelligence data centers. The boom in AI data center construction has caused a shortage of semiconductors, which are also crucial for electronics like ...

"Beyond studying whether motivation helps memory, we investigated how it shapes memory," said the study's first author, Assistant Professor Poh Jia-Hou, Center for Sleep and Cognition, NUS Medicine.

The memory industry is notorious for feasts and famines, but the current shortage is particularly bad. Why is that? The memory industry has faced shortage issues in the past, but some of those were at ...

TL;DR: CES 2026 highlights rising DRAM prices driven by AI demand, causing significant cost increases in consumer electronics through at least 2026, with shortages potentially lasting until 2031.

With capacity shifting to high-margin HBM for AI data centers, traditional DRAM supply is collapsing, pushing enterprise IT costs sharply higher and eroding procurement leverage. Samsung Electronics ...

Micron says the global memory shortage is expected to continue beyond 2026 as manufacturers shift production toward high-bandwidth memory for AI data centers. This could lead to higher prices and ...

The memory shortage has made PC gaming untenable to all but those with extremely deep pockets. Soon, the skyrocketing price of RAM and storage could stymie any hope of maintaining a semblance of ...

Facepalm: After consuming virtually the entire GPU market, generative AI and large language models are now putting pressure on DRAM and other mainstream memory products. Consumers are likely to feel ...

According to the CEO of China's largest contract chipmaker, fears of a memory chip shortage have seen customers hold back on orders of other chips used in their products. Analysts say the supply ...

Over the past decades, quantum physicists and engineers have developed numerous technologies that harness the principles of quantum mechanics to push the boundaries of classical information science.