Saturation velocity is a term commonly used in the field of semiconductor physics, particularly in the context of charge transport in materials like silicon. It refers to the maximum drift velocity that charge carriers (electrons or holes) can achieve in a semiconductor under the influence of an electric field. When an electric field is applied to a semiconductor, the charge carriers are accelerated, and their velocity increases.

Scanning tunneling spectroscopy (STS) is a powerful technique used in surface science and condensed matter physics to study the electronic properties of materials at the atomic scale. It combines the principles of scanning tunneling microscopy (STM) and spectroscopy to provide detailed information about the density of electronic states in a sample.

In the context of bioinformatics, SCHEMA is a method used primarily for the design and analysis of protein sequences, particularly for the purposes of protein engineering and understanding the structure-function relationship of proteins. SCHEMA provides a framework for predicting how changes in a protein’s amino acid sequence can affect its stability and function by breaking down the protein structure into smaller, functionally significant domains or "schema.

Schramm–Loewner evolution (SLE) is a mathematical framework used to describe certain conformally invariant processes in statistical physics and complex analysis. It was introduced by Oded Schramm in 2000 as a method for understanding the scaling limits of random planar processes, such as percolation, random walks, and the interfaces of various models in statistical mechanics.

Scott Stambach is an author known for his debut novel, "The Invisible Life of Ivan Isaenko," which gained recognition for its unique storytelling and emotional depth. The novel is a coming-of-age story set in a Belarusian cancer ward and addresses themes of illness, hope, and the resilience of the human spirit. Stambach has been praised for his ability to create compelling characters and poignant narratives.

Searching the conformational space for docking is a critical step in computational molecular docking, which is a method used to predict how two or more molecular structures, such as a protein and a ligand (small molecule), interact with each other. The goal of docking is to find the best-fit orientation and conformation of the ligand when it binds to the target protein, which is essential for drug discovery and design. ### Conformational Space 1.

Secondary causation refers to events or factors that indirectly contribute to an outcome, often operating in conjunction with primary causes. In various fields, the concept of causation can be complex and layered: 1. **Philosophy**: In philosophical discussions of causation, primary causes are often seen as direct contributors to an effect, while secondary causes may facilitate or enable those direct causes, leading to the same outcome.

See Red Women's Workshop is an artist collective and community space based in Chicago, focused on feminist art and activism. Established to provide a supportive environment for women and non-binary individuals in the arts, the workshop emphasizes collaboration, creativity, and skill-sharing. Participants often engage in projects related to social justice, gender equality, and empowerment, using various artistic mediums. The workshop not only promotes artistic expression but also fosters discussions around women's issues and provides resources for creatives to develop their work.

The Segre embedding is a mathematical construction that allows one to embed the Cartesian product of two projective spaces into a higher-dimensional projective space. Named after the Italian mathematician Francesco Segre, this embedding is particularly important in algebraic geometry and related fields.

In materials science, segregation refers to the phenomenon where different constituents of a material, such as atoms or phases, are distributed unevenly within a solid or liquid phase. This non-uniform distribution can occur during various processes, including solidification, heat treatment, and during the application of mechanical stress, and can significantly impact the material's properties. There are two primary types of segregation: 1. **Chemical Segregation**: This involves the uneven distribution of different chemical elements within a material.

Nobel laureates in Physics are individuals who have been awarded the Nobel Prize in Physics, one of the most prestigious awards in the field of science. The prize was established by the will of Alfred Nobel, the inventor of dynamite, in 1895, and it has been awarded annually since 1901. The award recognizes outstanding contributions to the field of physics, which can include discoveries, inventions, and advancements in theoretical or experimental physics.

Teruhisa Matsusaka is a Japanese professional wrestler known for his work in various wrestling promotions, particularly in Japan. He may not be as widely recognized as some of the top stars in the wrestling industry, but he has gained a following within the independent circuit.

Lists of minor planets refer to catalogs or databases that contain information about small celestial bodies in our solar system, specifically asteroids and comets. These bodies are often referred to collectively as "minor planets." The lists typically include several key pieces of information for each minor planet, such as: 1. **Designation/Number**: Each minor planet is assigned a unique numerical designation and often a name.

Vladimir Voevodsky was a prominent Russian mathematician known for his foundational work in algebraic topology, particularly in the areas of homotopy theory and the theory of motives. He was awarded the prestigious Fields Medal in 2002 for his contributions to mathematics, including the development of new approaches in the study of algebraic cycles and the formulation of the Voevodsky's motives, which aim to provide a unifying framework for various areas of algebraic geometry.

The anti-nuclear movement in the Philippines primarily emerged in response to the presence of U.S. military bases in the country and the potential establishment of nuclear facilities. The movement gained significant traction during the 1970s and 1980s, especially amidst growing concerns about the environmental and health impacts of nuclear energy and weapons, as well as the geopolitical implications of U.S. military presence in the region.

Nuclear technology in Iran primarily refers to the country's development of nuclear energy and research capabilities, which has been a subject of considerable international attention and concern. Here are the key aspects of Iran's nuclear technology: 1. **Nuclear Energy Program**: Iran has pursued the development of nuclear energy for civilian purposes, aiming to reduce its reliance on fossil fuels and diversify its energy sources. The country operates a nuclear power plant in Bushehr, which was completed with the assistance of Russia.

Nuclear technology in New Zealand is relatively limited, primarily due to the country's legal and regulatory framework that reflects a strong stance against nuclear energy and the proliferation of nuclear weapons. Here are some key points regarding nuclear technology in New Zealand: 1. **Nuclear-Free Policy**: New Zealand is known for its strong anti-nuclear stance, particularly since the 1980s.