Theresa Corley, a Birmingham chemistry teacher, has won the ACS James Bryant Conant Award in High School Chemistry Teaching for her innovative approach to teaching high school chemistry. Her method incorporates real-life scenarios, history, and guest presentations to foster a sense of inquiry among her students.
Bard has made significant contributions to the field of chemistry, including work on scanning electrochemistry microscopy and its applications in studying chemical reactions and biological functions. He is also a dedicated teacher and mentor, having mentored over 200 graduate students and thousands of undergraduate chemistry students.
Researchers at UC Berkeley have identified organic nitrogen oxides, previously unknown pollutants, which play a crucial role in atmospheric chemistry. The team's advanced detector can monitor NO compounds continuously with unprecedented sensitivity, enabling better predictions of ozone formation and air pollution impact.
Ray Dessy, a renowned chemist, has received the Dreyfus Foundation Senior Mentor Award to support undergraduate research in surface plasmon resonance (SPR) use. The award will fund projects with students from various fields, including chemistry, engineering, and computer science.
Researchers at The Scripps Research Institute develop a new drug-discovery strategy using click chemistry to create a potent inhibitor against the enzyme acetylcholinesterase. This breakthrough allows the target enzyme to select and catalyze its own synthesis, resulting in a highly effective treatment for Alzheimer's disease.
The Merck/AAAS Undergraduate Science Research Program awards grants of $20,000 per year for up to three years to primarily undergraduate institutions. The program aims to enhance undergraduate education through research experiences and encourage students to pursue graduate education in biology and chemistry.
David Nelson, pioneer of chromatography data systems, recognized for promoting public understanding of analytical chemistry and its role in world economies. His work demonstrated the benefits of personal computers in analytical chemistry, benefiting forensic science, pharmaceutical drug discovery, and environmental remediation.
The ACS Scholars Program provides financial support to minority students pursuing undergraduate studies in chemistry and related disciplines. With over $850,000 in awards anticipated for the next two semesters, the program aims to increase diversity in the chemical sciences workforce. Students can receive up to $3,000 per year and bene...
A veteran chemistry teacher, Noel, has inspired students in Southern California with her hands-on approach to learning chemistry. Her curriculum is tailored to make science practical and fun, with a focus on real-world applications. She has also developed programs for teachers and led workshops on web-based instruction in chemistry.
Dr. K. Barry Sharpless' discovery of chiral catalysts has enabled the production of useful molecules, including therapeutics that improve human health and lives. His work has streamlined the creation of important chemicals, including antibiotics and heart medicines.
Larsen has successfully increased chemistry enrollment at Kearney High School from 45 to over 300 students. Her individualized approach and innovative teaching methods have been credited as key factors in this growth.
Former Washington Post reporter, Charles Suplee, has been named the 2002 recipient of the American Chemical Society’s James T. Grady-James H. Stack Award for Interpreting Chemistry for the Public. He will be honored at a luncheon on Oct. 12 and receive $3000, a gold medal, and a bronze replica.
Researchers at Virginia Tech use in-situ infrared spectroscopy to observe and control the synthesis of carbon fiber precursors. The study demonstrates the benefits of real-time observation in enhancing reactivity and efficiency in the conversion process.
Scientists studying Jupiter's moons using laboratory simulations and spacecraft data reveal unique chemical reactions driven by high-energy electrons and ions. The findings support the presence of frozen brine on Europa's surface and provide insights into radiation-induced processes in outer space.
John Montgomery, a Wayne State University chemist, has developed a new method to create complex molecules efficiently. He achieves this by making multiple bonds at once, using catalysts based on reactive nickel.
Corn-based biodegradable plastics have won a national award, thanks to Cornell chemist Coates' innovative work in developing polymers that can be easily absorbed by the environment. His research has also led to new applications, such as sutures and drug delivery systems.
Victor Snieckus has invented more efficient methods for creating organometallic compounds, which have applications in pharmaceuticals, agriculture, and electronics. His research has led to the development of a new painkiller, fungicides for wheat crops, and conducting materials.
Richard R. Schrock has developed catalysts that make molecules efficiently, leading to discoveries of potential antibiotics and anticancer compounds. His work significantly influences the field of organic chemistry.
Researchers at the University of Illinois Chicago have developed a fluorous chemistry-based method to convert alcohols into aldehydes and ketones, retaining the convenience of the Swern reaction. The new reagents eliminate the byproduct dimethyl sulfide, producing an odorless and easily recyclable alternative.
The four-member US team, consisting of Sean Kedrowski, Binghai Ling, Collin Martin and Albert Wang, will participate in the international contest alongside two alternates Andrew Chi and Jonathan Choi. The competition tests high school students' proficiency in chemistry theory and laboratory experiments.
Chemist Susan Temme has been awarded the Northeastern Regional High School Chemistry Teaching Award for her innovative teaching strategies, laboratory work, and leadership. She developed Cheshire High School's advanced placement chemistry curriculum and led staff development workshops.
Researchers successfully synthesized two rare forms of carbohydrate molecules, including one found on Leptospira biflexa bacteria causing leptospirosis and Candida albicans fungus causing candidiasis. The team overcame a challenge in preparing the beta-mannose type linkage in carbohydrate chemistry.
The Merck Company Foundation and AAAS announced the 2001 winners of the expanded program providing research experiences in chemistry and biology for undergraduates. The awards aim to build bridges between chemistry and biology fields to encourage students to pursue graduate education.
Three Dutch researchers, Ewine van Dishoeck, Daan Frenkel, and Dirkje Postma, have been awarded the NWO/SPINOZA Award for their internationally recognized excellence in science. The award recognizes their exceptional contributions to molecular astrophysics, computational physical chemistry, and pathophysiology of respiratory disorders.
The American Chemical Society recognizes Wallace H. Carothers' groundbreaking research in the chemistry of giant molecules, which led to the development of nylon and neoprene. Carothers' work established modern polymer science, paving the way for today's plastics, synthetic fibers, and rubber industries.
Researchers at ANU have developed a new high-resolution map of the energy surface of molecules using quantum dynamics to analyze hydrogen reacting with heavy water. This new methodology allows for faster and more accurate analysis of chemical reactions, enabling scientists to study other reactions more effectively.
The International Chemical Congress of Pacific Basin Societies (Pacifichem 2000) will bring together scientists from 20 Pacific Rim nations to share research in ten key areas of chemistry. The congress accepted a record number of papers, with over 180 symposia planned.
Rockefeller University's centennial symposium marks a historic achievement in chemistry, recognizing research in nucleic acids and proteins as a National Historic Chemical Landmark. The university has ties to 21 Nobel laureates, including Bruce Merrifield and Paul Greengard.
Researchers at MIT found that urban air pollution will not have a big effect on global temperature change, with some regional effects possible. The study used a new method to couple urban air chemistry models with global climate models, allowing for more accurate predictions.
Virginia Tech Professor James Wightman to tell the story of Benjamin Franklin and Agnes Pockels' groundbreaking work in surface chemistry. Pockels, a German hausfrau, was the first to determine cause and measure monolayer effects, paving the way for Langmuir-Blodgett films.
A team of researchers at Virginia Tech has developed a new coating that is cross-linked by oxygen in the air and provides scratch and chemical resistance. The goal of this innovative coating is to harden quickly in under two hours without producing any byproducts or odors.
Jonathan Ellman, a professor of chemistry at UC Berkeley, will receive the 2000 Arthur C. Cope Scholar Award for his groundbreaking work in combinatorial chemistry, which enables the rapid design and testing of large families of molecules with potential therapeutic applications.
Gabor A. Somorjai's research has revolutionized surface science and its applications, enabling the development of smaller, more complex devices. His work demonstrates that surfaces are flexible and adjust to the chemistry as it occurs, leading to breakthroughs in various fields.
Peter Jutzi, a German chemist, has received the Frederic Stanley Kipping Award in Silicon Chemistry from the American Chemical Society. He developed new materials for the electronics and optics industries by designing methods to make compounds of silicon and carbon.
Philip Portoghese, a medicinal chemist at the University of Minnesota, has received the Alfred Burger Award in Medicinal Chemistry from the American Chemical Society for his work on opioid receptors. His research reveals how drugs such as morphine interact with these receptors, enabling the creation of new, more effective drugs.
Valerie J. Kuck, a materials chemist at Bell Laboratories, will receive the American Chemical Society Award for Encouraging Women in Careers in the Chemical Sciences. She has mentored dozens of female interns and encouraged them to pursue careers in chemistry.
Dr. Mario Molina, Nobel laureate and environmental science professor, will address his experiences as a minority in the sciences at the American Chemical Society meeting. He will also discuss his work on ozone depletion and atmospheric chemistry.
Chemist Slayton Evans Jr. of Chapel Hill has been honored by the American Chemical Society for opening new doors in science, especially chemistry, for minority high-school and college students. He was recognized for fostering programs and scholarships to encourage minority scholarship in his 25 years at the University of North Carolina.
Jerry A. Bell, a leading educator in chemistry, receives the George C. Pimentel Award for his contributions to making chemistry relevant to everyday life. His new textbook, due to be published in 2001, aims to engage students with real-world applications of chemistry.
Frank Cardulla, a Glenview teacher, has won the James Bryant Conant Award for his innovative approach to teaching high school chemistry. He emphasizes understanding over rote memorization, encouraging students to think critically about chemical processes.
J. Larry Duda, a Penn State University chemist, has been honored with the E.V. Murphree Award in Industrial and Engineering Chemistry for his research on polymer behavior. His work helps improve product performance by understanding how small molecules migrate through polymers.
The American Chemical Society's panel discussion at the 219th national meeting will focus on the partnership between education, industry, media, and science policy. The event aims to shape the future of chemistry in the next century.
Chemist William R. Dolbier receives American Chemical Society Award for Creative Work in Fluorine Chemistry for innovative studies of fluorine, which strengthens bonds and makes products like Teflon resistant to high temperatures.
Chemist John D. Corbett is recognized for his pioneering work in inorganic chemistry, leading to the discovery of novel solid-state compounds with unique structures and properties. His research has enabled the development of products such as cell-phone batteries, catalytic converters, and corrosion-resistant alloys.
For over 40 years, chemist Ernest Davidson has used computers to simulate and study chemical reactions with precision. Today's computer programs can model complex reactions involving up to 30 atoms, enabling chemists to devise new reactions.
Stephen L. Buchwald receives American Chemical Society Award in Organometallic Chemistry for developing more efficient methods to create complex chemical bonds, with applications in plastics, drug discovery, and manufacturing. His work has been recognized for its breadth and unique interest, spanning multiple fields.
Dr. F. Ann Walker, a researcher on the kissing bug, will present her award-winning research on heme proteins and Chagas' disease at the American Chemical Society meeting. The study highlights the intersection of entomology, inorganic biochemistry, medicine, and anthropology.
Historian Alan J. Rocke presents a symposium on the history of futurism in chemistry, exploring divergent visions of science in the year 2000. The event highlights the accuracy of 19th-century predictions about the 20th century and showcases the evolution of chemistry.
The American Chemical Society's 219th national meeting in San Francisco will explore cutting-edge chemistry research, including new prospects for anticancer agents and the environmental impact of MTBE. The conference also addresses food safety and nutrition, as well as substances of abuse.
University of Toronto researchers have successfully integrated organic molecules and inorganic materials at the molecular scale, creating a new class of composite materials. These hybrid materials have unique properties that could improve their hardness, thermal and electrical insulation, or light emission and magnetism, paving the way...
Koehler's project focuses on the adsorption of trace atmospheric gases on soot under simulated conditions. Her research aims to understand how soot derived from jet fuel affects the chemical balance of the atmosphere, with potential implications for sulfur dioxide conversion to sulfuric acid.
National Chemistry Week highlights the importance of polymers as natural insulators, found in products like umbrellas, sunglasses, and jackets. The week also explores fascinating chemistry facts about the weather, such as the transformation of nitrogen into a more user-friendly form by lightning.
Polymers are versatile molecules made up of repeating units bonded together. During National Chemistry Week, families can participate in hands-on activities to learn about polymers' uses in everyday life, including disposable diapers and sports gear.
Scientists develop a new process using chromium chloride to produce hundreds of thousands of compounds in just one experiment. The innovation enables faster screening of industrial products, including drugs and dyes.
Esther H. Freeman, a chemistry teacher at Tabb High School in Virginia, has received the Southeast Regional High School Chemistry Teaching Award from the American Chemical Society. Her innovative teaching style, which incorporates music and hands-on laboratory experiences, encourages students to participate in science fairs.
Two new journals, New Journal of Physics and Internet Journal of Chemistry, have received SPARC's Leading Edge program endorsement. These peer-reviewed electronic journals offer wide dissemination of top-quality research at zero cost, improving accessibility for scientists and libraries.
Diane Coley McGann, a Santa Ana High School teacher, receives the Western Regional High School Chemistry Teaching Award for her innovative approach to motivating students. She has also created a series of workshops to assist teachers in promoting chemistry education.
A symposium on treating drug addiction will feature four new studies on the chemistry of addictions, including an antibody-based drug to prevent PCP abuse and a non-addictive medication for cocaine addicts. The research aims to understand the brain chemistry behind addiction and develop effective treatments.
The use of computers has transformed the field of chemistry, enabling researchers to automate large-scale testing of compounds and speed up drug discovery. Electronic lab notebooks are also being adopted to share information and streamline the process.
At the American Chemical Society's national meeting, Chef John Folse and Shirley Corriher will demonstrate how chemistry can improve cooking techniques, flavors, and presentation. They will share their expertise on the chemistry of food, including topics such as Maillard reactions and emulsification.