

They are anticompetitive, just not in an obvious way that is antagonistic toward consumers.
But the Steam platform does not maintain its dominance through better pricing than by rival platforms. Instead, Valve abuses the Steam platform’s market power by requiring game developers to enter into a ‘Most Favored Nations’ provision contained in the Steam Distribution Agreement whereby the game developers agree that the price of a PC game on the Steam platform will be the same price the game developers sell their PC games on other platforms.
While I’m willing to forgive requiring price parity when it’s a steam key, which will ultimately be redeemed on Steam and utilize all of the services provided by Valve, this should not apply to other platforms that distribute the game themselves.








Not an expert but… typical computers do what they do by transmitting (primarily) electrical signals between components. Is there electricity or isn’t there. It’s the “bit” with two states - on or off, 1 or 0. Electricity is the flow of electrons between atoms. Basically, we take atoms that aren’t very attached to some of their electrons and manipulate them so that they pass the electrons along when we want them to. I don’t know if there is a way to conduct and process electrical signals without using an atom’s relationship with its electrons.
Quantum computing is the suspected new way to get to “better” computing. I don’t know much about the technical side of that, beyond that they use quantum physics to expand the bit to something like a qubit, which exploits superposition (quantum particles existing in multiple states simultaneously until measured, like the Schrodinger’s cat metaphor) and entanglement (if two quantum particles’ states are related to or dependent on each other, determining the state of one particle also determines the state of the other) to transmit/process more than just a simple 1 or 0 per qubit. A lot more information can be transmitted and processed simultaneously with a more complex bit. As I understand it, quantum computing has been very slow going.
That’s my shitty explanation. I’m sure someone will come along and correct my inaccurate simplification of how it all works and list all that I missed, like fiberoptic transmission of signals.