Sir John Pringle, 1st Baronet (1707 – 1782), was a prominent Scottish physician and a significant figure in the history of medicine. He is best known for his contributions to the fields of military medicine and public health. Pringle served as an army physician during the War of the Austrian Succession and the Seven Years' War, where he observed the effects of military conditions on health.

William Bayliss was a British physiologist known for his contributions to the study of physiology and biochemistry. Born in 1860, he is particularly famous for his work in the early 20th century on the nature of hormones and their effects on the body. Along with his colleague Ernest Starling, he coined the term "hormone" in 1905, which has since become a fundamental concept in biology and medicine.

William Hamilton (diplomat) is a Scottish diplomat who served as the British Ambassador to several countries, including Brazil and Argentina. His career includes a focus on strengthening diplomatic relations, trade agreements, and fostering international cooperation. Hamilton has been recognized for his contributions to UK foreign policy and his role in representing British interests abroad.

William Thomas Brande (1788–1866) was a prominent English chemist and a significant figure in the field of chemical education during the 19th century. He is best known for his contributions to the development of chemical terminology and for his work in organizing scientific knowledge. Brande published several influential texts, including "A Manual of Chemistry," which played a key role in the education of chemists during his time.

The Mainz Microtron (MAMI) is a particle accelerator located at the Institute of Nuclear Physics at Johannes Gutenberg University in Mainz, Germany. It is primarily used for research in nuclear and particle physics and is known for its capability to produce high-energy, electron beams. The accelerator employs a microtron design, which allows for the acceleration of electrons to relatively high energies using a compact structure.

Khan Research Laboratories (KRL) is a facility in Pakistan primarily associated with the development of nuclear technology and weapons. It was founded by Abdul Qadeer Khan, a prominent Pakistani nuclear scientist, in the 1970s. KRL is known for its role in Pakistan's nuclear weapons program and for its contributions to the enrichment of uranium, which is a critical step in the production of nuclear fuel and weapons.

The National High Magnetic Field Laboratory (NHMFL) is a research facility in the United States dedicated to the study and development of high magnetic fields. Established in 1990 and funded by the National Science Foundation (NSF) and the state of Florida, the NHMFL is a unique institution that aims to advance scientific research in various fields, including physics, materials science, biology, and engineering.

Nevis Laboratories is often associated with research and development in the field of immunology and vaccines. It is particularly known for its work in producing and analyzing monoclonal antibodies and other biopharmaceuticals. The lab has played a significant role in advancing knowledge and technology related to immune responses and vaccine development. The specific details about Nevis Laboratories, including its current projects and affiliations, could evolve over time, so it's wise to refer to the latest updates from authoritative sources for the most accurate information.

The Columbia Non-neutral Torus (CNT) is a laboratory device used in plasma physics research. Specifically, it is designed to study non-neutral plasmas, which are plasmas that have an imbalance of positive and negative charges. This imbalance can occur when one type of charged particle (such as electrons) is present in a much greater number than the other type (such as ions), leading to interesting physical properties and behaviors.

LULI, short for "Laser-Universality and Laser-Intense," is a term that may relate to laser-driven research and technology, particularly in the fields of physics and engineering. It might refer to a specific facility, project, or research endeavor focusing on the applications of high-intensity lasers in various scientific domains, including fusion research, material science, or medical applications.

PK-3 Plus is an experiment that was conducted on the International Space Station (ISS) to study the behavior of complex plasmas and the dynamics of dust particles in microgravity. The experiment was an extension of the previous PK-3 experiment and aimed to investigate how charged dust particles behave when subjected to different conditions, such as electric fields and varying gas pressures.

Optica is a professional society focused on advancing the field of optics and photonics. It was established to promote research, education, and applications related to optics, and it is involved in organizing conferences, publishing research, and fostering collaboration among professionals in the field. In terms of academic journals, Optica publishes several prestigious journals that cover a wide range of topics within optics and photonics.

Fractionalization refers to the process of breaking down an asset, ownership, or resource into smaller, more manageable parts or fractions. This concept can apply to various fields, including finance, real estate, art, and even digital assets. Here are a few contexts in which fractionalization is commonly discussed: 1. **Finance and Investment**: In finance, fractionalization allows investors to buy a fraction of an asset rather than needing to purchase the entire asset.

A Hopfion is a type of topological soliton, which is a stable, localized solution to certain nonlinear field equations that exhibit a nontrivial topology. Specifically, Hopfions are associated with the Hopf fibration in topology, which relates spheres of different dimensions in a specific way. In the context of field theories, Hopfions can be thought of as higher-dimensional generalizations of other topological solitons, like skyrmions.

A **leviton** is a type of quasiparticle that arises in one-dimensional electrical systems, particularly in the context of quantum Hall effects and edge states of topological insulators. It is essentially a theoretical construct that represents a fractional excitation of an electron with well-defined properties, allowing for the transport of charge in quantized units. Specifically, levitons are created when an electron is injected into a one-dimensional conducting channel in such a way that it effectively behaves as a traveling wave packet.

Explosive projectiles are types of ammunition designed to explode on impact or upon activation, causing damage through blast effects, shrapnel, and fragmentation. These projectiles are commonly used in military applications, artillery, and various firearms. They can take various forms, including bombs, grenades, shells, and rockets. The characteristics of explosive projectiles include: 1. **Explosive Charge**: Most explosive projectiles contain a core of explosive materials that detonate upon impact or through a delay mechanism.

Pressure-fed rockets are a type of rocket propulsion system that uses high-pressure gas or fluid to force propellants (fuel and oxidizer) into the combustion chamber. Unlike other propulsion systems, such as pump-fed rockets that rely on mechanical pumps to move the propellants, pressure-fed systems utilize the pressure of the propellants themselves, which can be generated by the tanks they are stored in.

VTVL rockets, or Vertical Takeoff, Vertical Landing rockets, are a type of space launch vehicle designed to take off and land vertically. This approach contrasts with traditional rockets, which typically have horizontal stages and landing mechanisms. VTVL rockets are particularly notable for their potential to reduce costs associated with launching payloads into space by allowing for recovery and reuse of the rocket components.

As of my last knowledge update in October 2021, "Atlas-Able" does not refer to a widely recognized concept, product, or organization. It's possible that it could be a term that has emerged or gained significance after that date. If you can provide more context or specify the area (e.g., technology, business, healthcare), I might be able to assist you further or clarify related concepts. Alternatively, checking the latest online resources may provide current information about "Atlas-Able.