Researchers decode battery acoustic signals to predict failures

Mit engineers have developed a method to interpret the faint sounds lithium ion batteries emit as they operate, enabling passive monitoring of degradation and potential failures. The work links specific acoustic signatures to gas generation and material fractures that precede dangerous events.

MIT’s new energy and climate chief pushes systemic, collaborative innovation

Evelyn Wang has returned to MIT to lead a new, Institute-wide push on energy and climate, arguing that only transformational, systems-level collaboration can meet rising energy demand, extreme weather, and funding headwinds. Her agenda links advanced technologies, community well-being, and targeted partnerships to move from isolated breakthroughs to scalable solutions.

AMD outlines expansive artificial intelligence roadmap from data center to edge

At CES 2026, AMD chair and CEO Dr Lisa Su used the opening keynote to showcase the company’s push toward yotta-scale computing and new artificial intelligence products spanning data centers, personal computers and embedded edge systems. Partners including OpenAI and AstraZeneca detailed how they are using AMD platforms for large-scale training, inference and scientific workloads.

How artificial intelligence is reshaping regulatory compliance in finance

Financial firms are using artificial intelligence to turn stringent communication monitoring rules into a more proactive, insight-driven approach to compliance and conduct risk. Purpose-built systems promise to cut false positives, accelerate investigations, and make oversight a source of competitive advantage.