Rafail Krichevskii is not a widely recognized figure in popular databases or notable events. It's possible that he is a person from a specific field not covered widely in mainstream sources, or he may have emerged as a notable figure after my last training cut-off in October 2023.

Ranulph Glanville (1943–2014) was a British cybernetician, designer, and researcher known for his work in the fields of design, systems thinking, and complexity. He made significant contributions to the understanding of cybernetics and its applications in various domains, including architecture, organizational development, and education. Glanville emphasized the importance of context and the subjective nature of knowledge, advocating for a more holistic approach to design and systems.

Ryszard S. Michalski is a prominent computer scientist known for his contributions to the fields of artificial intelligence, machine learning, and knowledge representation. He is notably recognized for his work in inductive learning, which involves creating models that learn from examples or data. Michalski has been involved in the development of several learning systems and has contributed to theoretical aspects of artificial intelligence.

Parney Albright is a notable figure in the field of education, particularly recognized for his contributions to innovation and community engagement within school systems. He is known for his work in transforming traditional educational practices and prioritizing student-centered approaches. Albright has served in various leadership roles, advocating for the integration of technology in classrooms and fostering collaboration among educators, students, and parents.

Sabina Jeschke is a notable figure in the field of computer science and engineering, particularly recognized for her work in the areas of artificial intelligence, robotics, and transportation systems. She has held various academic and administrative positions, including leadership roles at universities and organizations focused on technological innovation. One of her significant contributions has been in the promotion of interdisciplinary research and education, often emphasizing the integration of technology with societal needs.

Baryonic dark matter refers to a type of dark matter that is composed of baryons, which are particles such as protons and neutrons that make up ordinary matter. In the context of astrophysics and cosmology, "dark matter" refers to a form of matter that does not emit or interact with electromagnetic radiation (light) in a way that we can currently detect, making it "dark.

Hot dark matter (HDM) is a theoretical form of dark matter that is characterized by particles that travel at relativistic speeds, meaning they move close to the speed of light. This contrasts with cold dark matter (CDM), which consists of particles that move slowly compared to the speed of light. The concept of hot dark matter primarily includes lightweight particles, such as neutrinos.

"Discoveries" by Erwin Schwab is a collection of works that typically features elements of art, science, and philosophy. Erwin Schwab, an artist and thinker, often explores themes related to perception, reality, and the interplay between the organic and the artificial. His work may include visual art, installations, or conceptual pieces that provoke thought and encourage viewers to engage with complex ideas.

Talcott Parsons (1902–1979) was an influential American sociologist known for his work in the fields of social theory and sociology. He is best recognized for developing a framework for understanding social systems and their functions, which he articulated through various concepts, such as the idea of the "social system" and the "AGIL" paradigm (adaptation, goal attainment, integration, and latency).

Full list at: github.com/cirosantilli/bitcoin-inscription-indexer/blob/master/data/utxo_nonstandard

Bibliography:Monday, January 29, 2024

Implementations:

Thomas B. Sheridan is a notable figure in the fields of human factors and systems engineering. He is best known for his contributions to the understanding of human interaction with technology and complex systems. Sheridan has conducted extensive research on topics such as teleoperation, automation, and decision-making in systems involving humans and machines. He is also recognized for his work on human performance modeling and the design of effective human-computer interfaces.

Tim Cannon is an American entrepreneur and biohacker known for his work in the field of wearable technology and implantable devices. He gained attention for developing body modifications that integrate technology with human biology, including subdermal implants designed to enhance sensory perception or track health metrics. Cannon co-founded **Grindhouse Wetware**, a company focused on creating innovative biohacking solutions, including the popular "Circadia" implant, which monitors physiological data.

As of my last knowledge update in October 2023, there isn't widely known information about "Ulla Mitzdorf." It's possible that Ulla Mitzdorf could refer to a lesser-known person, a fictional character, or a recent topic that has emerged after my last update.

Uwe Windhorst is a notable figure in the field of astronomy and astrophysics, particularly recognized for his work in observational cosmology and the study of distant galaxies. His research often involves the use of advanced telescopes and observational techniques to gather data on the early universe, galaxy formation, and the distribution of dark matter. Windhorst has contributed significantly to our understanding of the universe's evolution and has published numerous scientific papers in this field.

"Quantum interconnect" refers to methods for linking up smaller quantum processors into a larger system.

As of 2024, seemingly few organizations developing quantum hardware had actually integrated multiple chips in interconnects as part of their main current roadmap. But many acknowledged that this would be an essential step towards scalable compuation.

The name "quantum interconnect" is likely partly a throwback to classical computer's "chip interconnect".

Sample usages of the term:

Valentino Braitenberg was an Italian neuroscientist and a pioneer in the field of robotic psychology and artificial intelligence. He is best known for his work on the concept of "Braitenberg vehicles," which are simple robotic models designed to demonstrate how complex behaviors can emerge from basic mechanisms. In his 1984 book, "Vehicles: Experiments in Synthetic Psychology," he described various types of vehicles that exhibit behaviors resembling emotions and decision-making based on their sensory inputs and motor outputs.

A more concrete and easier to understand version of it is the more photon-specific Poincaré sphere, have a look at that one first.

This is not a truly "fundamental" constant of nature like say the speed of light or the Planck constant.

Rather, it is just a definition of our Kelvin temperature scale, linking average microscopic energy to our macroscopic temperature scale.

The way to think about that link is, at 1 Kelvin, each particle has average energy:per degree of freedom.

This is why the units of the Boltzmann constant are Joules per Kelvin.

For an ideal monatomic gas, say helium, there are 3 degrees of freedom. so each helium atom has average energy:

If we have 2 atoms at 1 K, they will have average energy $6/2k_{B}J$, and so on.

Another conclusion is that this defines temperature as being proportional to the total energy. E.g. if we had 1 helium atom at 2 K then we would have about $6/2k_{B}J$ energy, 3 K $9/2k_{B}J$ and so on.

This energy is of course just an average: some particles have more, and others less, following the Maxwell-Boltzmann distribution.