Every right can be abused. That doesn't mean it shouldn't be a right.

Now let's be careful here. It's DC Comics that have been rebooting themselves over and over, and even then only for about 30 years, 50 if you want to call the Silver Age a reboot. Marvel have never rebooted their main continuity, and nor have a lot of other major series.

They'll reboot the franchise and start again. Just like with Batman and Spider-Man.

To be fair, if you haven't purchased anything, you're not a customer.

I wonder how this will affect all my single player games.

If I remember rightly, Valve said that they no longer intended to make purely single-player videogames at all.

Any thoughts on HTTPS only for the login page, or for all pages?

All pages. When you log in to begin with, if the login page is HTTPS then your username and password are encrypted. This is good, because it means nobody else can snoop your password and log in as you later. You are then sent back a cookie. Later, when you want to prove that you are logged in, you just send the cookie along with the HTTP request. Of course, if all the other pages are not encrypted, then the cookie is sent in the clear, which allows anybody to collect it and use it. So, obviously, any request sending a cookie should be sent encrypted too, which means that all pages should be HTTPS.

This is an extremely obvious and trivially-fixed security vulnerability. The fact that so few sites bother to fix it is disappointing indeed.

Yes, if an attacker roots your box, you have a much bigger problem. But the point is that you now have two problems: your box is rooted, AND all your customers' passwords are exposed. Using bcrypt reduces that to a single problem, namely that your box is rooted.

A lot of people are afraid to sit at home without getting shot.

And that's just considering the end result of this thing, namely Watson itself. Looking at the sheer amount of original research and work that had to be done to create it, it's unthinkable that there wouldn't be results in there that are worth spinning off and applying to other applications.

A hot mantle isn't something that happens by chance. When a planet forms, it involves large chunks of *stuff* coming and binding together - that is, coming from a dispersed position of high gravitational potential to a compressed position of much lower gravitational potential. All of that GPE has to go somewhere, and most of it went into thermal energy, hence the heat at the Earth's core. Mars is much smaller than Earth = less GPE to liberate = less core heat. Of course the fact that Mars is too small to hold on to a substantial atmosphere also plays a part.

What I'm saying is that any sufficiently large rocky planet almost by definition has substantial core heat. It's not really much of a coincidence that the Earth has a hot mantle. Probably, any large rocky planet of about the same age as Earth (i.e. orbiting a population I star) has plenty of core heat left.