Gregory John Clark is a British economist and historian, known for his work on economic history, particularly in the context of industrialization and economic development. He has contributed to understanding the historical processes that have shaped modern economies, especially focusing on the role of culture, institutions, and geography in economic performance.

Does not seem to support it unfortunately:

George Handley Knibbs (1856–1925) was a notable British astronomer, recognized for his contributions to the field of astronomy and specifically for his work in the areas of celestial mechanics and solar physics. He made significant advancements in understanding the behavior of celestial bodies and their interactions, as well as contributing to public interest in astronomy through his writings. Knibbs was instrumental in developing knowledge of the dynamics of the solar system and was involved in various observational projects during his career.

If any of you ever read this, do send me an email to Ciro Santilli saying hi and we can agree on a clear separation of usernames.

Although if you are just starting out, maybe you should just go from scratch with a unique Internet alias.

A younger unrelated Argentinian homonym who likes soccer that can be found through Google:Ciro used to like playing soccer too! :-)

www.ancestry.com.au/genealogy/records/ciro-santilli-24-bkmssg documents a "Ciro Santilli" born 31 Jan 1887 at Castelvécchio in Subéquo, L'Aquila, in the Abruzzo region, just like Ciro Santilli's ancestors. Parents Francesco Santilli and Anna Silveri. The page also mentions:

Unknown:

Donald Melrose is a British physicist known for his work in the field of theoretical physics, particularly in the areas of plasma physics and magnetohydrodynamics. He has made significant contributions to our understanding of waves and instabilities in plasmas, as well as their applications to astrophysical and space phenomena. Melrose has authored numerous papers and has been involved in various research initiatives related to this field.

Denis Evans could refer to different individuals or contexts, depending on what you are looking for. Here are a couple of possibilities: 1. **Denis Evans (Theoretical Physicist)**: An academic with contributions to the field of physics, particularly in statistical mechanics or thermodynamics. However, specific details about his contributions and background would depend on the individual being referred to.

ISWIM (short for "I'm Still What I Mapped") is a programming language that was developed in the early 1970s as an experimental language for teaching and research in the field of computer science, particularly in the area of programming language design and implementation. ISWIM is notable for its influence on subsequent programming languages and its contributions to the study of functional programming. The language was introduced by Peter G. Neumark and later developed with contributions from others including Robin Milner.

David McClelland is an Australian physicist known for his contributions to the field of gravitational wave detection and astrophysics. He has been significantly involved in projects related to laser interferometry and the detection of gravitational waves, particularly through his work with large-scale observatories such as the Laser Interferometer Gravitational-Wave Observatory (LIGO) and other related experiments.

Colin J. Gillespie is a statistician known for his work in various areas of statistics, including Bayesian methods and statistical modeling. He is particularly recognized for his contributions to statistical methodology and applications in fields like genetics and ecology. In addition to his research, he has been involved in teaching and mentoring in the field of statistics.

As of my last update in October 2023, there isn't widely recognized information about a person named Christopher Chantler in mainstream media or notable databases. It's possible that he could be a private individual, a professional in a specific field, or someone who has gained prominence after my last update.

Electron density refers to the measure of the probability of an electron being found at a specific point in space within an atom or a molecule. It is often represented as a function of position and is crucial in quantum chemistry and atomic physics. The concept of electron density is fundamental in understanding the electronic structure of molecules and the distribution of electrons around nuclei.

An electron shell is a grouping of electrons within an atom that have similar energy levels and are located at a certain distance from the nucleus. These shells are defined by quantum mechanics and are an important aspect of atomic structure. ### Key Points about Electron Shells: 1. **Energy Levels**: Electrons are arranged in shells around the nucleus, each with a specific energy level. The shells are designated by principal quantum numbers (n = 1, 2, 3, etc.

"Name Your Own Price" is a pricing model that allows customers to suggest the price they are willing to pay for a product or service. This approach provides flexibility for consumers and can lead to greater customer satisfaction, as it empowers them to negotiate. The model gained substantial recognition through services such as Priceline.com, which allowed users to name their own price for hotel rooms and flights.

The inert-pair effect is a phenomenon observed in the chemistry of certain heavy elements, particularly within the p-block of the periodic table. It refers to the tendency of the outermost s electrons of the heavier elements in groups 13 to 16 (especially the thallium, lead, bismuth, and polonium elements) to remain non-bonding or "inert" when these elements form compounds.

The Landé g-factor, often denoted as \( g_L \), is a dimensionless quantity that arises in the field of quantum mechanics and is used to describe the magnetic properties of atomic and subatomic particles, particularly in the context of their interaction with an external magnetic field. It provides a measure of the magnetic moment of a particle in terms of its angular momentum.

The Landé interval rule is a principle used in atomic and molecular physics, specifically in the context of spectroscopic transitions and the determination of energy levels. It provides a way to estimate the intervals between energy levels of complex systems, like atoms with multiple electrons, which can be challenging to analyze due to electron-electron interactions and the configuration of electrons. The rule helps predict the positions of spectral lines in atomic spectra by considering the contributions of different electron configurations to the total angular momentum of the system.

Mirror nuclei are pairs of atomic nuclei that have the same total number of nucleons (i.e., the same mass number) but differ in the numbers of protons and neutrons. In essence, one nucleus has more protons while the other has more neutrons. This difference allows for a unique comparison of the nuclear structure and the forces at play within the nuclei. For example, consider the pair of mirror nuclei: carbon-12 (^12C) and boron-12 (^12B).

A photonic molecule is a concept in the field of quantum optics and photonics, where the collective behavior of photons is studied in a way that mimics the properties of traditional molecules. These "molecules" do not consist of atoms in the conventional sense; instead, they are formed by the coupling of photons that are confined in systems such as photonic crystals or optical cavities.