Skip to main content
added 16 characters in body
Source Link
Francesco Polizzi
  • 66.3k
  • 5
  • 180
  • 283

The minimal model program works with pairs $(X,B)$ where $X$ is a variety and $B$ is a certain kind of divisor on it. I've seen these described as "logarithmic pairs". There are also "log resolutions", "log canonical singularities" and so on.

What do these things have to do with logarithms?

Question: What do these things have to do with logarithms?

The minimal model program works with pairs $(X,B)$ where $X$ is a variety and $B$ is a certain kind of divisor on it. I've seen these described as "logarithmic pairs". There are also "log resolutions", "log canonical singularities" and so on.

What do these things have to do with logarithms?

The minimal model program works with pairs $(X,B)$ where $X$ is a variety and $B$ is a certain kind of divisor on it. I've seen these described as "logarithmic pairs". There are also "log resolutions", "log canonical singularities" and so on.

Question: What do these things have to do with logarithms?

Source Link
Kim
  • 4.2k
  • 1
  • 16
  • 41

Where does the word "log" in log pair come from?

The minimal model program works with pairs $(X,B)$ where $X$ is a variety and $B$ is a certain kind of divisor on it. I've seen these described as "logarithmic pairs". There are also "log resolutions", "log canonical singularities" and so on.

What do these things have to do with logarithms?