experiments

They might use special equipment. For example, to study a Fire - type Pokemon's heat output, they could use heat - sensors. They also may set up controlled environments. If they want to study a Flying - type Pokemon's flight patterns, they would create a large, enclosed space with different wind conditions.

Yes, there is. But it might not be as widely known or available as some other popular manga.

Yes. A thought experiment can be a story. Thought experiments often involve creating scenarios in the mind, and these scenarios can be presented as stories. For example, Schrödinger's cat is a well - known thought experiment that can be seen as a story about a cat in a box with a radioactive source and a poison. The way it is described has narrative elements, with a beginning (the setup of the box), middle (the uncertain state of the cat while the box is closed), and an end (when the box is opened).

Here are some experiments that proved crows 'intelligence: 1. ** Experiment at the Institute of Ornithology at the University of Cambridge **: Biologists, Christof Byrd and Nason Emery, used four adult bald crows, Cook, Flu, Cornelius, and Monroe, as experimental subjects. They showed them worms floating in a narrow-mouthed bottle and provided them with pebbles as tools to see if they could use pebbles to raise the water level to obtain worms. The bald crows succeeded. 2. ** Experiment on the New Caledonians **: The staff provided the New Caledonians with different objects as tools to observe their performance in a situation similar to "crows drinking water". They found that they could distinguish the difference in the elevation of water caused by stones and corks. They also knew to stuff large stones first. In addition, it was discovered that the New Caledonian crows were able to process sticks, branches, and leaves into hooks to catch insects since they were young. 3. [Ravens 'logical reasoning ability experiment: In 2014, scientists conducted six experiments to verify whether crows had logical reasoning ability. The results showed that crows could easily complete it.] 4. ** Crows 'memory-related experiment **: Professor John Mazlaff of the University of Washington conducted an experiment to study the "memory" of crows. He and his colleagues carried the body of a crow and shuttled through the crows near the campus. They were scolded and attacked by the crows. Later, he conducted a controlled experiment, wearing different masks to get along with the crows. He also caught some crows with a net in front of the crows (and released them later) to observe the crows' reaction. "The Crow's Testimony" is equally exciting. Everyone is welcome to read it!

Based on context alone The principles of biological experiments were as follows: * * I. Scientific Principle ** 1. * * Experimental Principle, Science ** - The experimental design must be based on scientific theoretical basis. For example, when exploring the factors affecting the activity of an enzyme, it must be based on scientific knowledge such as the chemical nature and mechanism of action of the enzyme. If one were to study the effect of temperature on the activity of an organism, one would know that there was an optimal temperature range for the activity of an organism as a biocatalyst. This principle was the basis of the entire experimental design. 2. * * Experimental method is reasonable ** - The experimental method chosen must conform to the logic of biological research. For example, when studying the intensity of photosynthesis in plants, one could measure the amount of oxygen produced per unit of time or the amount of carbon dioxide absorbed per unit of time to determine the intensity of photosynthesis instead of using a measurement method that had nothing to do with the nature of photosynthesis. * * 2. Principle of Comparisons ** 1. * * Blank-control ** - The control group was not given any treatment factors. For example, when exploring the effect of a certain drug on the growth of bacteria, the blank control group's bacteria culture dish was not added with the drug, only the basic nutrients and suitable environment for the growth of bacteria were given. This way, the difference between the drug treatment group and the normal growth situation could be compared. 2. * * Self-comparison ** - The experimental subjects were compared at different time points or under different treatment conditions. For example, when studying the phototropism of plants, one could first treat the same branch of the same plant with normal light, then change the direction of light, observe the change in the direction of growth of the branch, and draw a conclusion about the phototropism by comparing the state before and after. 3. * * Cross-reference ** - Multiple experimental groups were compared with each other. For example, when exploring the effects of different concentration of the growth hormone on the growth of plant roots, a number of different concentration of the growth hormone treatment groups were set up, and each treatment group was compared with each other to obtain the difference in the growth of the roots under different concentration, so as to determine the concentration range of the growth hormone to promote or suppress the growth of the roots. * * 3. Single variable principle ** 1. * * Variant definition ** - In an experiment, there could only be one variable (independent variable). For example, when exploring the effect of light intensity on photosynthesis, the independent variable could only be light intensity. Other factors such as temperature, carbon dioxide concentration, plant species, etc. had to be consistent. If both light intensity and temperature were changed at the same time, it was impossible to determine whether light intensity or temperature had an effect on photosynthesis. 2. * * Variant Control ** - He had to precisely control the range and grade of the independent variable. For example, in the experiment on the effect of light intensity on photosynthesis, if the setting of the light intensity was unreasonable (such as the change was too large or too small), it might not be possible to accurately obtain the law of photosynthesis changing with light intensity. At the same time, irrelevant variables must be strictly controlled to ensure that the experimental results were caused by independent variables. * * 4. Principle of Repetition ** 1. * * Number of samples ** - The experiment required a sufficient number of samples. For example, when studying the frequency of a certain gene mutation in a population, if only a few people were tested, inaccurate results might be obtained due to individual differences. A large number of samples were needed to obtain more accurate gene mutation frequency data. 2. * * Repeat the experiment ** - The same experiment had to be repeated many times. For example, when exploring the killing effect of a new pesticide on pests, it was necessary to conduct multiple independent experiments because each experiment might be affected by some uncontrollable factors (such as environmental microclimate, individual differences of pests, etc.). Multiple repeated experiments could reduce errors and make the results more reliable. <a href="/?from=ask_words" style="color:red" target="_blank">Read more exciting novels for free</a>

Sure, thought experiments can be stories. They often present fictional or hypothetical situations to explore ideas and concepts.

Utopia experiments comic is known for its vivid illustrations and thought-provoking themes. It may present challenges and conflicts that arise even in a seemingly perfect world, making readers reflect on human nature and societal ideals.

One major experiment is the use of non - linear narrative. For example, in "Fight Club", the story jumps between different timelines, which keeps the readers constantly on their toes. It breaks the traditional linear way of storytelling and makes the reading experience more complex and engaging.

Yes. They can be educational stories. Thought experiments often contain important concepts or moral dilemmas. For example, the Prisoner's Dilemma thought experiment can be an educational story. It shows how two rational individuals might not cooperate even when it seems it would be in their best interest to do so. By presenting it as a story, students can better understand game theory concepts and how cooperation and self - interest interact in different situations.

Not only were these Experimentals far stronger than ordinary people, but they also had long lifespans. Some of them even retained their intelligence as humans. They survived the nuclear war and once brought trouble to the second human civilization. In the end, they were wiped out by the Qing Consortium's nuclear bombs, the encirclement of the second-generation tinder, and Ren Xiaosu's saber.