DynaGuard is a system of AI safety models that evaluates text based on user-defined rules rather than rigid templates.
Lab
How Mathematicians Are Teaching Plasma to 'Remember Itself': Geometry, Matrices, and Magnetic Vortices
Mathematics & Statistics
A new mathematical approach makes it possible to model the behavior of magnetized plasma while preserving the deep symmetry of its equations – a symmetry that is typically lost during computer simulations.
Boredom isn't the enemy of productivity or a sign of laziness; instead, it initiates processes in your mind that cannot be activated any other way.
The Agent Computer concept rethinks the role of the personal computer: it's no longer just a tool, but a persistent digital assistant acting on your behalf.
Lab
Leibniz's Rule and Hyperforces: How Mathematics Helps Us Understand the Behavior of Liquids
Physics & Space • Mathematical Physics
How an old differentiation rule from the 17th century helps physicists understand the behavior of millions of particles at once, and why this is more important than it seems.
Lab
When You Only See Part of the Game: How Economists Guess the Rules From Others' Moves
Finance & Economics
A study on how to determine, from the individual actions of players, whether hidden coordination exists – and whether it can be exploited for profit.
Lab
The Universe as an Elastic Membrane: Geometry Masquerading as Matter
Physics & Space • General Relativity
What if dark matter is not a substance, but the geometric response of the Universe to its own deformation? A new theory proposes an unexpected answer.
OpenAI has released the system card for GPT-5.4 Thinking – a document explaining the new model's working principles, limitations, and safety level.
What if the chaotic behavior of complex systems is merely a matter of perspective? Scientists have discovered a way to 'hide' non-linearity within the very structure of the network.