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Lab

The Pauli Principle and Nuclear Clusters: How a 1970s Mathematical Trick Found Its Rigorous Explanation Half a Century Later

Physics & Space • Nuclear Physics

How the exclusion principle, formulated back in 1925, still poses challenges for nuclear physics – and why a new mathematical approach has finally set everything straight.

Dr. Alice Wort Mar 13, 2026

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.

Dr. Daniel Stern Mar 12, 2026

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.

Professor Emile Dubois Mar 10, 2026

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.

Professor Oliver Harris Mar 9, 2026

Lab

Symphony of Immunity: How Mathematics Helps Tame Dengue Fever

Biology & Neuroscience

A mathematical model for dengue fever that incorporates age and vaccination serves as a tool for predicting the disease's long-term behavior.

Dr. Clara Wolf Mar 7, 2026

Lab

Non-linearity in Disguise: How Complex Networks Pretend to Be Simple

Physics & Space

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.

Dr. Irina Lebedeva Mar 5, 2026

mathematics