D'Arcy Wentworth Thompson (1860–1948) was a Scottish biologist, mathematician, and classicist known for his work in the fields of morphometrics and biological modeling. He is best remembered for his influential book, "On Growth and Form," published in 1917, in which he explored the mathematical and physical principles underlying the shapes and forms of living organisms.

Arthur Winfree (1926–2002) was an influential American mathematician and biophysicist known for his work in the field of nonlinear dynamics, particularly in the study of biological rhythms and chaos theory. He is perhaps best known for his contributions to the understanding of the dynamics of oscillatory systems, including the mathematical modeling of biological rhythms such as circadian and cardiac rhythms.

George Oster is a biologist known for his work in the field of evolutionary biology and biomechanics. He has conducted research on topics such as the mechanics of animal movement and the evolutionary implications of physical structures in organisms. Oster's contributions include both fundamental research and applied studies that enhance the understanding of how physical principles govern biological processes.

Gerard Verschuuren is a name that may refer to various individuals, but most prominently, he is known as a Dutch author and educator. His work spans topics such as philosophy, science, and education. Verschuuren has also engaged in discussions about the intersection of science and religion, addressing themes related to creationism and evolution.

Mary Lou Zeeman is a mathematician known for her work in the field of mathematics education, particularly in the areas of mathematical modeling, applied mathematics, and the visualization of mathematical concepts. She has been involved in various initiatives to improve mathematics teaching and learning, often emphasizing the importance of understanding mathematical ideas through context and real-life applications. Additionally, Zeeman has contributed to professional development for educators and has published research related to mathematics education.

Jacqueline McGlade is a prominent scientist and environmentalist known for her work in marine ecology, environmental science, and biodiversity. She has held significant positions, including serving as the Chief Scientist and Director of the European Environment Agency (EEA). McGlade has focused on issues related to environmental monitoring, climate change, and sustainable development. In addition to her scientific research, she has also been involved in policy-making and advocating for the integration of scientific knowledge into environmental management and decision-making processes.

Radon hexafluoride (RnF₆) is a chemical compound of radon, a noble gas, and fluorine. It is one of the few known compounds containing radon. In this compound, one radon atom is bonded to six fluorine atoms, which makes it a fluorinated derivative. Radon itself is colorless, odorless, and radioactive, and it is typically found in trace amounts in the environment.

Peter Schuster is an Austrian theoretical biologist known for his work in the fields of evolutionary biology, theoretical ecology, and the origin of life. He has contributed to our understanding of the dynamics of biological systems, the processes of evolution, and the significance of molecular networks in living organisms. Schuster is also noted for his work on computational and mathematical models that help explain how various biological phenomena emerge and evolve over time.

Terrence Deacon is an American biological anthropologist and cognitive scientist known for his work in the fields of evolution, biology, and the philosophy of mind. He is particularly noted for his research on the relationship between biological and cultural evolution, as well as his ideas surrounding the concept of "emergence" and the nature of symbols and meaning.

Warwick Estevam Kerr was a Brazilian geneticist and a prominent figure in the field of genetics and biology, particularly known for his work on bees and genetic improvement in agriculture. He gained recognition for his research on the genetics of the Africanized honeybee, which has important implications for agriculture and ecology in Brazil and beyond. Kerr was also involved in various scientific initiatives and had a significant impact on the advancement of genetic research in Brazil.

Quantum chemistry is a branch of chemistry that applies the principles of quantum mechanics to study the behavior of atoms and molecules. It seeks to understand how quantum effects influence chemical properties and reactions. Here are some key aspects of quantum chemistry: 1. **Wave-Particle Duality**: Quantum chemistry leverages the concept that particles, such as electrons, exhibit both wave-like and particle-like properties, which is fundamental in explaining their behavior in atomic and molecular systems.

In the context of Wikipedia, "theoretical chemistry stubs" refer to short or incomplete articles related to theoretical chemistry that require expansion and improvement. These stubs often contain basic information but lack detailed content, comprehensive explanations, or sufficient references. The goal of labeling an article as a stub is to signal to contributors and editors that the page can be enhanced with more information, research findings, or context about the topic.

Amidicity is not a widely recognized term or concept in common discourse, literature, or established fields of study. It's possible that you might be referring to a specific niche subject, a brand, a concept that has emerged recently, or a typo for another term.

Distributed Multipole Analysis (DMA) is a computational technique used primarily in the fields of molecular modeling and computational chemistry. It is employed to understand and represent the electrostatic and polarizable properties of molecules or molecular systems. The main goal of DMA is to efficiently account for the long-range interactions between charged or polarizable entities in a system.

Full Configuration Interaction (FCI) is a computational method used in quantum chemistry and many-body physics to accurately describe the electronic structure of molecular systems. FCI is based on the principle of considering all possible configurations (or determinants) of a set of electrons within a specified basis set, typically atomic orbitals.

Tang Aoqing appears to be a name rather than a widely recognized term or concept. It may refer to an individual, possibly in fields such as arts, sports, social media, or academia, but without additional context, it's challenging to provide a specific answer.

Todd Martínez may refer to several individuals, contexts, or subjects depending on the area of interest. However, without specific details, it’s difficult to determine which Todd Martínez you are referring to. One notable figure is Todd Martínez, who is known in the field of science for his work in theoretical and computational chemistry, particularly in areas related to molecular dynamics and simulations.

Møller–Plesset perturbation theory (MP theory) is a quantum mechanical method used to calculate the electronic structure of many-body systems, particularly in quantum chemistry. It is based on perturbation theory, which provides a way to approximate the properties of a complicated system by starting from a simpler one and systematically adding corrections.

Benjamin Widom (1921–2022) was a prominent American physical chemist known for his significant contributions to the fields of statistical mechanics and thermodynamics. He was involved in research that advanced the understanding of phase transitions and the behavior of complex fluids. Widom's work is recognized for its theoretical insights and has influenced various areas in physical chemistry, including the study of solutions and critical phenomena.

Christopher J. Cramer could refer to various individuals, but one prominent figure by that name is a professor of chemistry known for his work in computational chemistry and theoretical chemistry. He has contributed significantly to the field, particularly in the areas of chemical kinetics, reaction mechanisms, and computational methods to study chemical systems. If you're looking for information about a specific Christopher J. Cramer or a different context, please provide more details for a more tailored response!