Abstract: Mechanisms for controlling access to a computing resource are disclosed. A request to initiate an action against a computing resource of a plurality of computing resources is received from a user. A plurality of permission definitions that identify a plurality of corresponding permissions that grant access to the plurality of computing resources is accessed. Based on a set of permissions comprising at least one permission associated with the user and at least one permission associated with a team of which the user is a member, it is determined that at least one permission in the set of permissions grants the user access to the computing resource. The request to initiate the action against the computing resource is processed.

Abstract: A method and system are disclosed for controlling the quantum state probability distribution of one quantum object of a pair of entangled quantum objects, which include providing a pair of entangled quantum objects, each of these objects having a uniform quantum state probability distribution, providing a system for controlling the quantum state probability distribution of the one quantum object by using the controlling system to choose the probability distribution of the observable quantum states of the other quantum object of the pair of entangled quantum objects, using the controlling system to choose the probability distribution of the quantum states of the other quantum object, choosing whether to observe the quantum state of the other quantum object, and subsequently observing the quantum state of the one quantum object of the pair of correlated quantum objects to determine if the prepared quantum state probability distribution of the one quantum object has been altered by an observation of the quantum

Abstract: A method and apparatus are disclosed for controlling the quantum state probability distribution of one quantum object of a pair of correlated quantum objects, which include providing a pair of correlated quantum objects, each of said objects having a uniform quantum state probability distribution, providing a system for controlling the quantum state probability distribution of the one quantum object by using said controlling system to choose the probability distribution of the observable quantum states of the other quantum object of the pair of correlated quantum objects, using said controlling system to choose the probability distribution of the quantum states of the other quantum particle, choosing whether to observe the quantum state of the other quantum object, and subsequently observing the quantum state of the one quantum object of said pair of correlated quantum objects to determine if said prepared quantum state probability distribution of said one quantum object has been altered by an observation of