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».
Lab
Quantum Bursts of the Early Universe: How Logarithms Narrate Inflation
Physics & Space • General Relativity
During inflation, quantum fluctuations are stretched to cosmic scales, leaving mathematical «traces» – logarithms that help us understand the birth of the Universe's structure.
NeuroBlog
The Future of Exams: What If Tests Are Already Obsolete?
Personal Growth & Learning • Education
We explore why traditional exams are becoming outdated, what is coming to replace them, and whether those who grew up on exam papers need to panic.
Lab
Quantum Investigation: How to Figure Out Which Box Your State Is Hiding In (and Why It's Harder Than It Seems)
Physics & Space • Quantum Physics
We figure out how many copies of a quantum state are needed to guess which set it came from, and why privacy makes this task exponentially harder.
Lab
Why Does Randomness Have Only One Destiny? Unraveling it Through the Prism of Indecomposability
Finance & Economics
How the mathematical property of indecomposability explains why a stochastic system arrives at a single stable state, and what our love for predictability has to do with it.
What will happen to humanity when intelligence becomes a commodity that can be boosted in a couple of weeks – like biceps at the gym, only scarier and more absurd?
The Cursor team has shared results from their experiments with autonomous agents capable of working on code continuously for weeks at a time.
In 2026, clinical artificial intelligence enters a new developmental phase where actual system performance in hospitals matters more than bold claims from developers.