C++ :: Finding Memory Address For Characters

I've recently been reading tutorials on arrays and their aquaintance with memory addresses. So, I completely understand how an array's name, when defined, is a constant pointer to its first element's address.

My problem, however, lies with characters, and how they are basically arrays except with a null terminator for the last index. What I've come to undestand, is that, when defining a character variable, each 'character' has a memory address it is associated with.

For example:

char name[] = {"Hello"}; // | 'H' | 'e' | 'l' | 'l' | 'o' | '/0' |

An address holds the value of 'H'.
An address holds the value of 'e'.
An address holds the value of 'l' and so on.

I have come to believe this is false, however. Mainly from a simple std::cout command.

std::cout << &name << std::endl; // attempt 1
std::cout << &name[0] << std::endl; // attempt 2

The first attempt, as I assumed, should print the address of the first element.
The second attempt, as I assumed, did not. I figured, &names[0] would print the address of the first element, which should have been the same as &names.

So, this brings me to my question, are characters formed of constant addresses, or are the address of individual characters not reachable?