The fundamental force that supports biological activity, often regarded as the essence or vital principle of living organisms, signifying the importance and value of existence.
The essential element that sustains the existence and significance of something, often reflecting the core values or qualities that allow it to thrive.
A source of motivation or driving force in a particular field or activity, emphasizing the foundational aspect that enables actions and endeavors to take place.
The inherent quality or state of being alive, recognized as distinct from inanimate matter, often viewed through various philosophical perspectives on existence.
Example:
生命はいつ誕生したのですか。
A fundamental force that sustains the existence and functioning of living organisms, reflecting their ability to thrive and endure challenges.
The inherent energy or strength characteristic of living beings, indicative of their capacity to grow, develop, and respond actively to their environment.
The enriching essence that infuses vitality and liveliness into life forms, often associated with a sense of freshness and vigor.
A distinct entity characterized by biological processes, enabling it to grow, reproduce, and respond to stimuli, representing the essence of living existence.
An individual organism, which can either be a plant or an animal, possessing specific functions and capabilities inherent to its species.
A living being that engages in vital activities that sustain its existence and identity, contributing to the broader ecological system.
A concrete example of life, embodying the principles of vitality and interaction within its environment, marked by unique biological characteristics.
Example:
この宇宙には知的生命体が存在するのはまず間違いないと思うが、その生命体が地球に来る可能性は殆ど無し。
A synthetic form of life created through artificial systems, demonstrating behaviors similar to those found in natural organisms, and capable of learning and evolving within simulated environments.
Computational models that replicate the essential phenomena of biological life, used as a means to explore and understand the fundamental nature of living organisms.
Life-like systems engineered through digital technology, which can autonomously adapt and respond to changes in their environment, mimicking the characteristics of natural living beings.
An area of study that examines the properties and behaviors of life by constructing artificial entities that interact with their surroundings through programmed algorithms and processes.
The study of living organisms, encompassing various branches such as biology, ecology, and genetics, aimed at understanding the complexities of life forms and their interactions with the environment.
An interdisciplinary field that combines knowledge from various scientific domains to explore the mechanisms of life, including cellular processes, evolution, and the relationships between different species.
A branch of science focused on the biological aspects of living entities, including their structure, function, growth, and development, often with applications in medicine, agriculture, and biotechnology.