In the lecture hall, he right away eliminated the misunderstanding that Color Meets Taste may literally issue combinations of colors and tastes. The terms have actually developed traditionally in physics and describe residential or commercial properties of primary particles that lead to strong or weak interactions inside an atomic nucleus. Trainees already find out in intermediate school that these are 2 of the 4 recognized fundamental forces. For a long period of time, it was believed that there were just four primary particles. However phenomena in cosmic radiation or experiments in particle accelerators have shown that there are 8 more. The Higgs boson also holds an unique position: long predicted through theoretical estimations, it was not in fact measured till 2012.
It is now clear, nevertheless, that existing understanding stays incomplete and that the so‑called Standard Model of physics should be broadened. In astrophysics, for example, measurements yield worths that can not be discussed by noticeable matter and indicate “dark matter,” which could consist of an unknown primary particle such as the axion. In crashes in accelerators, exotic states are observed that appear to consist not of the normal three, however of 4 or 5 elementary particles. And it is still not understood why the Big Bang did not produce equal amounts of matter and antimatter, but obviously resulted in a surplus of matter.
These ideas are what the brand-new Cluster of Excellence Color Meets Taste plans to pursue. In the near future, however, no experiment bigger than the Large Hadron Collider at CERN– known as the “world device,” located 100 meters underground and 27 km long– will be readily available. To press further into the unknown, theory and experiment need to for that reason be closely linked. This requires extremely precise measurements at various makers, which are then analyzed and integrated utilizing estimations carried out on high‑performance supercomputers. The Cluster of Quality benefits from the complementary competence of its sites, access to different large‑scale experiments, and Europe’s fastest supercomputer, JUPITER in Jülich.
The Cluster of Quality has set itself the goal of involving the public in the basic concerns of physics and its discoveries. Programs such as “Lease a Prof” for schools, amusing physics shows in uncommon places, or accounts on social‑media platforms are part of the initiative. At Dortmund’s 2024 Science Night, even an ice‑cream stand was used to playfully illustrate the structure of matter: a scoop of ice cream signified a quark with various “tastes,” so that a “proton,” for example, consisted of two scoops of vanilla (“up quark”) and one scoop of raspberry (“down quark”). Professor Alexander Lenz’s pointer for all fans of “Zwischen Brötchen und Borussia”: at the Science Night 2026 in September, one need to ask about the unique states and order a “pentaquark” for fivefold pleasure.
About the Color Satisfies Taste Group
The charter member of Cluster of Quality 3107 include 25 scientists from the Universities of Bonn, Dortmund, and Siegen, as well as Forschungszentrum Jülich. The representative is Teacher Jochen Dingfelder from Bonn. The charter member from TU Dortmund University are: Professor Johannes Albrecht (website spokesperson), Dr. Chris Malena Delitzsch, Professor Gudrun Hiller, Professor Kevin Kröninger, and Professor Julia Vogel. Funding for the first stage runs from 2026 to 2032.
About the „ Color Fulfills Taste” group
Watch the discussion of Prof. Alexander Lenz
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