Domino is a game that involves stacking small blocks on end in long lines. When one domino in a line is tipped over, it causes the next domino to tip, and so on until all of the pieces have fallen over. Depending on how the game is set up, some players can make very complex designs that are visually stunning. Dominoes are often made of plastic, but some sets are also available in more expensive materials such as silver lip ocean pearl oyster shell (mother-of-pearl), ivory or a dark hardwood such as ebony. They may have a glossy finish or be engraved with pips (the dots that indicate the value of each piece) or be painted in black and white tones.
Like any other gaming device, dominoes have a number of different games that can be played with them. Many of these games involve laying down a piece and then trying to match it with an identically-numbered or -marked piece at either end of the domino line. Some of the more popular games are based on matching values, while others involve placing the dominoes in specific configurations such as in angular lines or a ring-shaped pattern.
The game can be played by one or more people, although in most cases each person plays against the same opponent or against the clock. There are a number of rules that must be followed in order to play correctly, including the use of a fixed amount of turns and the need to reach a certain score before time runs out. Domino is also a popular party game, wherein each player tries to get more points than their opponents by building lines of dominoes that add up to the total score.
Domino is used in the name of several places, including a town in Arkansas and a company that provides software for electronic mail servers. The company was founded in 1992 by a group of Stanford University students, and it is based in Palo Alto, California. In the early days, the company specialized in email technology and hosted a free internet service for college students. Later, it expanded into the enterprise-level market, and in 1996, Domino became a public company.
Hevesh has tested the individual sections of her displays before assembling them, and she films them in slow motion to catch any errors. The process helps her make precise corrections so the entire installation works as intended.
Thousands of dominoes can be set up in carefully-planned sequences, all of which are mesmerizing when they fall with the slightest nudge. The physics behind the effect demonstrates a fundamental principle of domino: each domino has potential energy that can be unleashed by a tiny nudge. The same concept applies to learning challenges and the impact of a single problem on a student’s ability to progress. The most effective strategies for addressing these issues involve finding ways to compensate for the problem, rather than removing it entirely.