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11 de abr. de 2024 · The Linus Pauling Institute can be your source for scientifically accurate information in the age of misinformation - especially in the prevention and treatment of COVID-19 and beyond. Date Recorded: May 19, 2020
- About the LPI
Dr. Linus Carl Pauling concluded that vitamins and other...
- Faculty and Staff
Faculty and Staff - Linus Pauling Institute | Discovering...
- Micronutrient Information
The Linus Pauling Institute's Micronutrient Information...
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The Linus Pauling Institute specializes in molecular...
- Micronutrients for Health
Micronutrients for Health - Linus Pauling Institute |...
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Analytical Services - Linus Pauling Institute | Discovering...
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LPI Publications - Linus Pauling Institute | Discovering How...
- About the LPI
The Linus Pauling Institute is a research institute located at the Oregon State University with a focus on health maintenance. The mission statement of the institute is to determine the functional roles of micronutrients and phytochemicals in promoting optimal health and to treat or prevent human disease, and to determine the role of ...
- 307 Linus Pauling Science Center
- Emily Ho
- Linus Pauling Institute of Science and Medicine
- Important Discoveries
- The Early Years
- “Pauling's Rules”
- Electronegativity, Hybridization, and Resonance
- The Definitive Book
- Teaching Freshman Chemistry
- Physiology and Health
- Molecular Disease
- World War II
- Speaking Out
Over the seven decades of his scientific career, Pauling's research interests were amazingly wide-ranging and eclectic. He made important discoveries in many different fields of chemistry — physical, structural, analytical, inorganic, and organic chemistry, as well as biochemistry. He used theoretical physics, notably quantum theory and quantum mec...
Linus Carl Pauling was born in Portland, Oregon, on February 28, 1901. He received his early education in Oregon, finishing in 1922 with a bachelor's degree in chemical engineering from Oregon Agricultural College in Corvallis — now Oregon State University. Already he was drawn to the challenge of how and why particular atoms form bonds with each o...
After Linus Pauling joined the Caltech faculty in the autumn of 1927, he continued his intensive research on the formation of chemical bonds between atoms in molecules and crystals. To chart bond angles and distances characteristic of particular atoms in relation to other atoms, he used x-ray diffraction (learned earlier as a graduate student) — su...
Pauling discovered that in many cases the type of bonding — whether ionic or covalent (formed by a sharing of electrons between bonded atoms) — could be determined from a substance's magnetic properties. He also established an electronegativity scale of the elements for use in bonds of an intermediate character (having both ionic and covalent bondi...
In 1939 Pauling brought together his work on these subjects in his definitive book The Nature of the Chemical Bond and the Structure of Molecules and Crystals, which became a classic and was translated into many languages. Its third edition appeared in 1960 and has remained in print to this day. The original handwritten manuscript was given by a fo...
In the early 1930s, Pauling took over the teaching of freshman chemistry at Caltech. His modern theoretical approach to chemistry, charismatic lecturing style, and energetic showmanship (the laboratory demonstrations occasionally become pyrotechnical displays) made him a very popular professor. He also told students about his current research, givi...
Pauling's involvement with human physiology and health, which dominated the last three decades of his research career, had long precedents. During the mid-1930s a significant part of his research, generously funded by the Rockefeller Foundation, moved into biochemistry — a field he had previously avoided — as he became increasingly interested in th...
Pauling originated the concept of molecular disease. In 1945, while hearing a physician describe sickle cell anemia, he instantly surmised that it might be caused by a defect in the red blood cell's hemoglobin. After three years of painstaking research, he and his associate Dr. Harvey Itano identified this prevalent disease as molecular in origin —...
When World War II began, Dr. Pauling offered the U.S. government the use of his laboratory and of his services as a research consultant. He devised some impressive explosives (one called "Linusite"!) and missile propellants for the Navy. He invented a meter that monitored oxygen levels in submarines and airplanes; the device later provided invaluab...
With the war ended, Pauling again focused on his protein-structure studies at Caltech. But he had new distractions, brought on by the dawning Atomic Age. Along with other eminent scientists (such as Einstein) who felt a moral imperative to voice concerns about where the post-Hiroshima human society was heading, he began to speak out against further...
28 de jul. de 2023 · Linus Pauling, el ganador de 2 premios Nobel que también fue autor de una teoría pseudocientífica Pese a estar considerado como uno de los 20 científicos más importantes del siglo XX y uno de los químicos más influyentes de la historia, muchos son los que hoy desconocen la figura de Linus Pauling.
Since his appointment to the Staff of California Institute of Technology, Professor Pauling was elected Research Associate in 1925; National Research Fellow in Chemistry, 1925-1926; Fellow of the John Simon Guggenheim Memorial Foundation, 1926-1927 (through this last he worked in European Universities with Sommerfeld, Schrödinger, and Bohr ...
13 de dic. de 2021 · Always a scientist. Pauling spent his last years directing research at the Linus Pauling Institute and writing about subjects that interested him, such as the structure of atomic nuclei. He died ...
