Find the current date:

Date object expression representing the year 2022:

Date object representing the week beginning Monday, August 1, 2022:

Expand the date to a granularity of "Month":

Convert an absolute time to a date object:

Represent a specific year and month:

Or represent just a year:

Add 2000 weeks to a date:

Subtract two dates to get a time quantity:

Date objects are interpreted using their standard normalized form:

This includes normalization for values preceding the first day of the year:

Strings are automatically interpreted when possible:

DateObject automatically chooses the first date compatible with the input information:

The granularity of a date object may be changed by wrapping it in a DateObject expression with an explicit granularity specification:

Date objects including additional elements beyond what are required for a given calendar granularity will be automatically normalized to their canonical form:

Combine a DateObject and a TimeObject into a single expression:

Date and time of an image:

ClockGauge can be used to visualize a date on an analog clock:

AbsoluteTime represents dates as seconds since the beginning of 1900:

DateList represents dates as lists of date elements:

DateString represents dates as strings:

DateValue can be used to extract a granular date:

Arithmetic using date objects returns units in the coarsest granularity of the dates:

Granular DateObject expressions with different time zones within the same calendar granularity are considered Equal:

But are not SameQ:

Compare date objects to determine their sequence of occurrence:

GreaterThan, LessThan and related test functions also work with DateObject expressions:

Comparisons of date objects with unequal precision and overlapping time periods will return unevaluated:

Use Max to find the latest date in a list:

NumericalSort will arrange dates in sequence: