For example, the most common ones are lighting lamps, televisions, washing machines and computers.
Furthermore, there are the research and development and application of glass local coloring technology, nano-films prepared by pulsed laser deposition (PLD) and high efficiency air oxidation technology.
As for what you said about clothing, food, shelter, transportation and use.
Clothing: The process of making clothes from cloth uses scientific knowledge, such as bleaching and tie-dyeing.
Food: molecular gastronomy.
Molecular cuisine, also known as molecular gastronomy, is a cooking concept full of gimmicks overseas in recent years. To put it bluntly, it is actually to apply physical theory to cooking and reorganize the molecular structure of food. It can make potatoes appear in caviar in the form of foam and litchi. It is said that caviar has the taste of caviar and litchi.
Molecular gastronomy's theory is to study the relationship between temperature fluctuation and cooking time, and then add different substances to make food undergo various physical and chemical changes, and deconstruct, reorganize and use them after being fully mastered, thus making a cooking method that subverts traditional cooking and food appearance.
Live broadcast: Let's just say that our tiles are stuck.
Kitchen floors are generally covered with non-slip tiles to increase friction.
OK: The greatest achievement is the automobile, and the principle of maglev train also uses science and technology.
Usage: it's very simple, it's just something that happens in life. Everything and articles contain scientific knowledge.