Chemist Collector Bader Donates RBW Notebook

When a person thinks of the word ‘imbalance’, the first thing that often comes to mind is an inequality. Whether it be between two people or a simple object that will not sit right, imbalance and inequality do not sit right in the person’s mind. While some of these problems are easily fixed or evened out, bigger problems are not so easily solved. Gender roles and stereotypes have existed in society since the beginning of time. In any piece of literature that includes both male and female characters, gender roles are evident. The Collector, a novel by John Fowles, provides countless examples showing how males are dominant over females, and it follows many traditional gender stereotypes. The protagonist, Miranda, is kidnapped by the antagonist,

industrial visionary for many years after. He served as the research director of the Plastics

In their respective songs, “Foreign in My Own Country” and “Adriano (Last Warning),” German musical artists Advanced Chemistry and Brothers Keepers articulate their grievances in the aftermath of the fall of the Berlin Wall and the reunification of Germany during the late twentieth century. Their lyrics harken back to one of the main questions of this course, who/what is considered German? These songs were penned after multiple insurgencies, riots, and hate-crimes were committed by neo-Nazi and other far-right extremists who target and terrorize foreigners and those that don’t “look German.” Through their music and lyrics Advanced Chemistry and Brothers Keepers voice their outrage towards the violence and terror that has occurred in Germany

My Chemist is James Batcheller Sumner. He was born on November 19, 1887 in Canton, Massachusetts. He died on August 12, 1955 in Buffalo, New York. He studied at Cornell University. The type of field of chemistry that he studied in was biochemistry. He obtained his Ph.D degree in June of the year of 1914. For many years his work failed and people doubted him until he had accomplished it in 1926. He had finally crystallized the first enzyme. Completing that he worked in a laboratory of Professor The Svedberg. For crystallizing the first enzyme he got a nobel prize. He shared the prized with two other men that had contributed. They have had received their nobel prize in 1946. He did not work on anything else during his time. This is what James

A man by the name of William Crookes was one of the main contributors to the new fields of physics and chemistry that emerged in the late 19th century. Crookes’ analysis of the photographic process in the 1850s inspired his work in the science of spectroscopy. Using techniques of spectroscopy Crookes discovered the element thallium. His efforts in discovering the weight of thallium in an evacuated chamber led to his research in vacuum physics.

Petrucci, Ralph H., et al. General Chemistry: Principles and Modern Applications. Upper Saddle River, NJ: Prentice Hall 2007.

The hypothesis was first introduced in 1988 by a German scientist named Günter Wächtershäuser. He claimed that the chemical reactions in the vents could make organic compounds. He experimented by simulating the different chemical reactions that might occur in a vent. They wanted to heat iron and nickel sulfides together with carbon monoxide. The result was that a carbon-carbon bond was made and acetic acid was synthesized.

George de Hevesy was born in Hungary to a rich Roman Catholic family of Jewish descent in August of 1885. He was the Fifth of eight siblings. He studied chemistry at the University of Budapest and Berlin Technical School before finally receiving his doctorate in physics at the University of Frieburg in 1908 at the age of 23. Always surrounded by famous chemists and physicists, he started his career as an assistant in the lab where Professor Fritz Haber was working on his synthesis of ammonia. He soon moved on to study with Ernest Rutherford in 1910, where he started the work that ultimately lead to his Nobel Prize in Chemistry in 1943 and launched his career as a celebrated radiochemist.

Giacomo Luigi Ciamician was a well-known professor, Italian senate member, and Italian chemist who made brilliant discoveries and has many accomplishments that have impacted the way chemistry is practiced today. Ciamician was one of the founders of photochemistry. He discovered and experimented with solar energy, which is one of his greatest achievements. He also made discoveries with the periodic table that provoked questions from other scientists, causing a chain reaction of scientific breakthroughs. While Ciamician’s many discoveries mostly relate to chemistry, they vary greatly in content, showing that he was an individual of both intelligence and curiosity.

After receiving his Bachelor of Science degree he worked for the U.S. Forestry Service at stations in Massachusetts. From 1942-1944 he was a microbiologist he was in charge of research on industrial and agricultural bactericides. In 1944 he accepted an appointment for the Cooperative Wheat Research and Production Program in Mexico. Which was

Griffith, a doctoral student also at the University of Illinois (Cox et al., 1993). In the 1920s,

Being inducted to the National Inventors Hall of Fame in 1990, Percy Julian was considered to have made a top 25 achievement in American chemistry. Julian was born in 1890 into a family of 8, with parents urging a proper education. He earned an award from one of the most prestigious universities, prevailed through the darkest times for African Americans and achieved in earning his Ph D. In his years of studying at colleges, he concocted a treatment for glaucoma and rheumatoid arthritis called physostigmine and cortisone. Regardless of the Jim Crow laws that prohibited black people to flourish in modern society and other obstructions he faced, Julian grew to be very influential in the field of chemistry and people around the world.

He is trying to build a nomenclature system that departs from the past and focuses on deep chemical properties rather than physical properties. This creates a wider framework for each chemist who knows the nomenclature, as each name also gives the place that chemical object fits within the wider field. Lavoisier does this by emphasizing experimentation over theory, which allows him to characterize, but limits the subjects he can study within this work. Furthermore, the connectivity that is the hallmark of his system, and the reason it works so well, can also be problematic. The connections may connect too securely or not be cast wide enough, a fact we must recognize even as we recognize the ubiquitous nature of the problem. In the end, knowing the properties and reasons of Lavoisier’s system shows why it should be a hallmark for systems that try to find truth in simple

During the years 1958 to 1964, Imperial Chemical Industries employed James Black where he researched at their laboratory in Alderley Park, Cheshire.

He works for the Institut National de la Recherche Agronomique at AgroParisTech and is the one to shorten the name of the discipline to “Molecular Gastronomy” after Kurti’s death in 1998. He graduated from l’École Supérieur de Physique et de Chimie Industrielles de Paris and obtained a PhD under the title of “La gastronomie moléculaire et physique” from the University of Paris IV. He has written several books on the subject, targeting people with just a little or no knowledge of chemistry at all and made it popular by collaborating with the magazine Pour la Science and presenting the scientific concepts to the general public.