How quantum codes carrying classical messages gradually approach the ideal output distribution – like an artist nearing perfection, brushstroke by brushstroke.
NeuroBlog
I Asked Mathematicians: How Did We Actually Arrive at Integrals? Here's What I Found Out
Science & Technology • Mathematics
I break down, piece by piece, how 17th-century scientists invented the mathematical apparatus that engineers, physicists, and programmers worldwide use today.
Lab
How to Teach a Compressor to Forgive: Why Your Files Won't Unzip Due to a Single Calculation Speck
Mathematics & Statistics
The new PMATIC algorithm solves a sticky problem where the slightest calculation inaccuracy turns a compressed file into digital garbage – all without sacrificing quality.
AI: Events
Qualcomm Unveils Snapdragon Chassis Agents: Cars Shift from Software Solutions to AI Control
Products
Qualcomm has unveiled a new automotive system where AI agents take over vehicle functions, adapting to the driver without direct commands.
At CES 2026, Qualcomm introduced a concept for intelligent devices featuring local artificial intelligence that adapts to every user and operates independently of the cloud.
Qualcomm shared insights into how the next generation of Wi-Fi and autonomous AI agents can transform wireless network architecture, making them faster and «smarter».
The Allen Institute has released HiRO-ACE, an open model for detailed climate modeling with kilometer-scale resolution – a capability previously only available on supercomputers.
AMD has introduced Nitro-AR, an autoregressive model that generates images faster than its diffusion counterparts and occupies less memory.
Lab
How to Train AI Together Without Spilling Secrets: CEPAM and the Magic of Quantization
Computer Science
Federated learning allows for joint AI training without data exchange, but it requires a balance between transmission speed and privacy. CEPAM solves both challenges simultaneously.