In C/C++, there is only one right shift operator ">>" which should only be used for positive integers or unsigned integers. It is not recommended to use the right shift operator for negative numbers in C/C++. When used for negative numbers, the output depends on the compiler (see here). Unlike C++, Java supports the following two right shift operators.

In Java, the bitwise right shift operator (>>), is used to shift the bits of a binary number to the right by a certain number of positions. It's a type of bitwise operator that performs the operation on each bit of the given number. The right shift operator shifts the bits to the right and fills the leftmost positions with zeros.

The syntax of the right shift operator in Java is as follows: 

value >> numBits

where value is the number to be shifted and numBits is the number of positions to shift the bits.

For example, consider the number 8, which is represented in binary as 1000. If we perform a right shift by 1 position, the result will be 0100, which is equal to 4 in decimal form. Similarly, if we perform a right shift by 2 positions, the result will be 0010, which is equal to 2 in decimal form.

The right shift operator is commonly used in bitwise operations, such as manipulating binary numbers and setting or clearing specific bits. It's also used in optimizing code for certain algorithms and data structures.

It's important to note that the right shift operator can lead to unexpected results when used with negative numbers, as it fills the leftmost positions with ones instead of zeros. Therefore, it's important to use the arithmetic right shift operator (>>>) when dealing with signed integers in Java.