The term "Saturn-crossing minor planets" refers to a subset of minor planets (asteroids and other small bodies) that have orbits that cross the orbit of Saturn. These objects can belong to different groups, including asteroids from the main asteroid belt as well as centaurs and trans-Neptunian objects. The significance of these objects lies in their potential to cross the orbits of outer planets, which can affect their trajectories due to gravitational interactions.

A list of Uranus-crossing minor planets includes those asteroids and other small celestial bodies that have orbits that cross the orbit of Uranus. These objects are a subset of the broader group of near-Earth objects and can include centaurs, trans-Neptunian objects, and asteroids.

The list of Venus-crossing minor planets includes a group of small celestial bodies whose orbits bring them close to the orbit of Venus. These minor planets are typically asteroids, and their classifications are based on the paths they take around the Sun, specifically those that intersect with Venus's orbital path. A minor planet is considered a "Venus-crossing" object if it has a semimajor axis and eccentricity that allows its orbit to intersect with that of Venus.

The term "instrument-resolved minor planets" refers to minor planets (which include asteroids and some comets) that have been observed and studied using specific instruments that allow astronomers to resolve them as distinct bodies, rather than as point sources of light in the sky. Such observations can yield valuable information about the size, shape, rotation, and surface properties of these minor planets. These bodies are often studied with powerful telescopes equipped with adaptive optics, photometry, or radar.

The term "minor planets" commonly refers to celestial objects that orbit the Sun and are not classified as major planets or comets. This category primarily includes asteroids and a few other types of small solar system bodies. A "List of minor planets" typically includes: 1. **Asteroids**: These are the most common types of minor planets, primarily found in the asteroid belt between Mars and Jupiter. Some well-known examples include Ceres, Vesta, and Pallas.

Pluto has five known moons. The most notable of these are: 1. **Charon**: This is the largest moon of Pluto and is almost half the size of Pluto itself, making it the largest moon in relation to its parent planet in the Solar System. Charon and Pluto are sometimes considered a double dwarf planet system due to their size and the way they orbit each other.

The moons of Saturn are a diverse group of natural satellites that orbit the planet Saturn. Saturn has over 80 known moons, making it one of the planets with the most extensive moon systems in our solar system. Here are some key points about Saturn's moons: 1. **Diversity and Size**: Saturn's moons vary significantly in size and composition. The largest moon, Titan, is the second-largest moon in the solar system and is noteworthy for its thick atmosphere and hydrocarbon lakes.

Loop quantum gravity (LQG) is a theoretical framework that aims to reconcile general relativity and quantum mechanics, primarily focused on the quantization of spacetime itself. The field has attracted a number of researchers over the years. Here’s a list of some prominent figures associated with loop quantum gravity: 1. **Carlo Rovelli** - One of the founding figures of loop quantum gravity, he has made significant contributions to the theory and its interpretation.

While I can't provide an exhaustive or up-to-date list of quantum gravity researchers, as there are many working in this field around the world, I can name some prominent figures who are well-known for their contributions to quantum gravity research as of my last update in October 2021.

The CPS model can refer to various concepts depending on the context. Here are a few interpretations based on different fields: 1. **CPS (Cyber-Physical Systems)**: In engineering and computer science, CPS refers to systems that integrate computation, networking, and physical processes. These systems interact with the physical world, and examples include automated factories, self-driving cars, and smart grids. The CPS model in this context focuses on the interplay between software and the physical components it controls.

Boolean analysis refers to the application of Boolean algebra and logic to analyze and solve problems in various fields such as computer science, electrical engineering, mathematics, and information theory. It involves the use of Boolean variables, which can have two possible values: true (1) and false (0). Here are some key aspects of Boolean analysis: 1. **Boolean Algebra**: A branch of algebra that deals with variables that have two possible values and operations such as AND, OR, and NOT.

The term "Berlin Circle" typically refers to a philosophical movement or group of philosophers and scientists in the early to mid-20th century who were associated with the Berlin School of Logical Empiricism. This group was influential in the development of logical positivism and scientific philosophy, focusing on the relationships between language, knowledge, and empirical verification. The Berlin Circle sought to promote a scientific worldview that emphasized clarity, logical coherence, and empirical validation.

Zabbix is an open-source monitoring software that enables organizations to monitor the performance and availability of various IT components, including servers, virtual machines, networks, applications, and cloud services. It provides a comprehensive solution for monitoring and tracking the health of IT infrastructure in real-time.

A "coordinative definition" typically refers to a type of definition where a concept is defined by establishing its relationship to other concepts or terms that are considered equivalent or closely related. This method is often used in academic and philosophical contexts to clarify meanings and ensure that the terminology is understood in relation to similar concepts. In essence, a coordinative definition does not just provide a description of a term but also situates it within a network of related terms, helping to create a more comprehensive understanding.

"Language, Truth, and Logic" is a philosophical work written by A.J. Ayer, first published in 1936. The book is a foundational text in the field of logical positivism, a philosophical movement that emerged in the early 20th century, emphasizing the verification principle—the idea that a statement is only meaningful if it can be empirically verified or is analytically true.

Naïve empiricism is a philosophical viewpoint that emphasizes the role of sensory experience in the acquisition of knowledge, while also suggesting that our experiences provide a direct and unmediated access to reality. Proponents of naïve empiricism tend to believe that knowledge is derived from observation and that the world can be understood solely through the information we gather through our senses.

Otto Neurath (1882–1945) was an Austrian philosopher, sociologist, and graphic designer, known for his contributions to logical positivism and the development of a theory of social science. He was a prominent member of the Vienna Circle, a group of philosophers and scientists that included figures like Moritz Schlick and Rudolf Carnap, who were influential in the early 20th century.

The "received view" of a theory, particularly in the context of philosophy of science, refers to a dominant or widely accepted perspective on a particular theoretical framework. This term is often used in discussions about scientific theories, emphasizing how certain theories are generally acknowledged and endorsed by a specific community of scholars or practitioners. In the philosophy of science, the received view may encompass a set of beliefs about how scientific theories should be understood, validated, and related to empirical data.