The Large Hadron Collider and Gold Production
CERN (Operated by the European Organization for Nuclear Research) Large Hadron Collider, represents one of the most important building blocks of modern physics. This giant machine provides a platform where particles are dragged and collided, thus studying fundamental matter. Experiments carried out in recent years have shown that this collider can not only help us understand fundamental particles, but also gold seeds It also demonstrated its production capacity.
Collision of Lead Atoms
In the experiments conducted between 2015 and 2018, lead atoms collided at 99,999993% of the speed of light. Approximately 86 billion gold cores However, this production amount is quite small, only 29 trillionths of a gram goldrepresents.
Alchemy and Modern Chemistry
For centuries, alchemical research has held out the hope of transmuting base metals such as lead into gold. Alchemists Philosopher's Stone They believed they possessed a legendary substance called . This stone was thought to have the power to transmute metals. However, modern science has found a different way to make the alchemists' dreams come true. Large Hadron Colliderpresented a scientific way to turn lead into gold.
Relationship Between Gold and Lead
Gold and lead are located very close to each other in the periodic table. The atomic number of gold is 79, while the atomic number of lead is 82. In other words, lead three protons is missing. This allows collisions in particle accelerators to produce gold by knocking just three protons out of lead. So the belief that lead is “sick” has some truth to it.
ALICE Detector and Measurements
One of the most important detectors in the Large Hadron Collider ALICE, detects protons and neutrons produced by collisions. While billions of particle interactions occur every second, ALICE records the results of these interactions. The measurements show that other elements, such as thallium and mercury, are formed more frequently. However, in the third section of the collider, approximately 89 thousand gold seeds was found to be produced.
Scientific Contributions of Colliders
Large Hadron Collider, plays a significant role not only in gold production but also in understanding the fundamental building blocks of the universe. Innovations in particle physics provide new information about the formation of the universe and provide deeper understanding of how physical laws work. Such experiments have revolutionary results in the scientific world and expand the knowledge of humanity.
The Line Between Alchemy and Science
Alchemy has attracted the attention of many thinkers throughout history and has contributed to the foundations of modern science. However, legends such as the Philosopher's Stone have not found a place in today's scientific paradigm. Instead, modern chemistry and physics uses experimental methods to make the alchemists' dreams come true. Large Hadron Collideris a platform where these experimental methods are applied at the most advanced level.
Conclusion
Gold production was made possible by the collision of lead atoms. Large Hadron Collider Thanks to this, scientists have made their alchemical dreams come true. These experiments are not limited to gold production, but also contribute to the understanding of the basic building blocks of the universe. This transition between science and alchemy deepens humanity's knowledge and understanding.
