Finally, he highlighted his research on benzene, being the discoverer of some of its characteristics. His studies on how blood and the carbon dioxide present in it are related are also known. In any case, his work was one of those that helped create the periodic table of the elements. Paradoxically, the greatest contribution Meyer made to science was the one that brought him the least fame. When the Franco-Prussian war broke out in 1870, he recovered his role as a doctor and organized an emergency hospital at the same Polytechnic Institute.Īlready in his last years he became rector of the University of Tübingen, and died on April 11, 1895. Last years and deathĪs a true lover of his profession, Meyer never stopped working and incorporating new skills. Two years later he obtained the post of professor of chemistry and director of the corresponding laboratory at the Polytechnic Institute of Karlsruhe. The same year that he married, in 1866, he changed his workplace and moved to the School of Forestry. Likewise, he was offered the direction of the chemistry laboratory at the Institute of Physiology. For this reason, after presenting his thesis, he began to teach in Breslau as a medical teacher. One of Meyer's great passions was teaching. Meanwhile he obtained his doctorate from the University of Breslau in 1858, presenting a thesis on the carbon monoxide present in the blood. He is so interested in the subject that he stays in college working after graduation. There he meets another famous scientist of his time: Professor Robert Bunsen. Two courses later he moved to Würzburg, interested in the works of the considered father of modern pathology, Rudolf Virchow, who taught there.Īfter winning the title the following year, Meyer made a change in his career and decided to go to Heidelberg to study physiological chemistry. As it could not be less, he entered the Faculty of Medicine of the University of Zurich. The same year that he graduated from the Gymnasium, Meyer began his university studies. As an anecdote it can be noted that after this experience he had a great love for gardening, a practice that he never abandoned. Whatever it was, Meyer's health improved a lot after a year tending the gardens and he was able to resume his training by entering the Gymnasium. He wanted the natural environment and stop trying intellectually to alleviate the sufferings of the young man. When Meyer was 14 years old, his father decided that he should quit his studies and sent him to work as a garden assistant in a noble palace. Meyer had quite a few health problems and suffered from severe migraines. However, an event was about to prevent him from continuing to study. Fortunately, he recovered and had the opportunity to graduate as a doctor, then working with Robert Bunsen. Meyer, who seemed destined to be a doctor by family tradition, came close to being unable to complete his studies due to health issues. In any case, that was what happened that time, presenting both tables very similar. However, his discovery was half recognized, and the Russian chemist Dmitri Mendeleev presented the same theory simultaneously and took almost all the honors.Īlthough there are frequent cases of parallel investigations without scientists having knowledge of the work of their other colleagues, it is not so frequent to reach such similar conclusions at the same time. His main work was a work in which he described the origin of the periodic table of elements. Julius Lothar Meyer (1830 - 1895) was a German chemist, teacher and physician. Contributions to science by Lothar Meyer. Video: Julius Lothar Meyer Biography | German Chemist, Professor and Author Content
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