text by Bianka Siwinska
CERN is an absolutely fascinating place - not merely a “machine” for probing matter, but an instrument for testing the limits of our understanding. On behalf of all humanity, it investigates matter in its most fundamental form: elementary particles, the forces between them, the structure of the vacuum, the behavior of the Higgs boson, and the boundaries of known physical laws. It is here that we verify whether the description of the world we currently possess actually holds.
That description is the Standard Model - a multi-layered equation/framework that attempts to capture everything we currently know about the nature of matter and the forces governing it. It can be seen as an extraordinarily precise map of the smallest known constituents of the universe and the interactions between them. It describes quarks, electrons, neutrinos, photons, gluons, the W and Z bosons, and the Higgs boson. And it works astonishingly well.
The problem is that it does not explain everything. It does not account for gravity, dark matter, dark energy, or why the Universe has exactly the structure we observe. This is why CERN not only confirms the Standard Model but also searches for the points where this brilliant map begins to break down - probing for gaps and challenging truths that, for now, we consider established.
Twentieth-century physics was built on the belief that breakthroughs would come from higher collision energies, more precise measurements, and deeper exploration of the microscopic world. It accustomed us to thinking that discovery means a new particle. But nature is under no obligation to meet our expectations. Perhaps the foundations of reality will reveal themselves not as another object, but as a relation, a pattern, a correlation, a subtle symmetry breaking, an unexpected dynamical effect in small-scale collisions, a property of the vacuum - or even as the limits of the language of physics itself.
The era of straightforward discoveries has ended. What has begun is an era of patiently searching for microscopic fractures in our theories. The key question is no longer only: what else can CERN’s machinery uncover? The more unsettling question is whether the concepts we rely on are still adequate to describe what we are trying to see.
At the Summit, we will explore this crossroads - faced not only by CERN but by science as a whole - along with the meaning and value of fundamental research, the limits of knowledge, and the future of physics. We will do so with an exceptional guest: the legendary Chief Information Officer responsible for the data of the world’s largest experiment, Enrica Porcari. We are proud to announce that CERN has become an official Partner of the Perspektywy Women in Tech Summit 2026.
