Abstract: A method of capturing energy comprising receiving, at a central processing platform, a processing job request; monitoring, at the central processing platform, a status of one or more computing nodes connected to the platform; and in response to the status of the computing nodes and the processing job request, creating a cluster comprising one or more of the computing modes that have indicated an available status; transmitting from the central processing platform to a job queue, information about the processing job and the created cluster; transmitting the information about the processing job and the created cluster, from the job queue to a third API component; distributing from the third API component to the computing nodes in the created cluster the information about the processing job and the created cluster; executing, at the computing nodes in the created cluster, the processing job, and outputting heat at the computing nodes.

Abstract: A system and method for capturing heat energy are disclosed. The system comprises a central processing platform, at least one heating system comprising at least one computing unit, one or more Application Programming Interfaces (API) components on the central processing platform, and a job queue. The at least one computing unit has one or more computing nodes communicatively connected over a wired and/or wireless network and to the central processing platform. The at least one heating system is installed at a premise. The at least one heating system is configured to output heat generated from the respective at least one computing unit by the one or more computing nodes executing a processing job.

Abstract: A system and method for capturing heat energy are disclosed. The system comprises a central processing platform, at least one heating system comprising at least one computing unit, one or more Application Programming Interfaces (API) components on the central processing platform, and a job queue. The at least one computing unit has one or more computing nodes communicatively connected over a wired and/or wireless network and to the central processing platform. The at least one heating system is installed at a premise. The at least one heating system is configured to output heat generated from the respective at least one computing unit by the one or more computing nodes executing a processing job.

Abstract: An implantable marker is configured to deliver a therapy to a patient and includes a marker and a target isotope. The marker is configured to enhance visibility of a treatment region of the patient when implanted in the patient and viewed with an imaging modality. The target isotope is coupled to at least a portion of the marker, and has a non-radioactive state and a radioactive state. At least a portion of the target isotope is configured to be induced from the non-radioactive state to the radioactive state when the target isotope is irradiated with one or more of gamma rays, neutrons, alpha particles, beta particles, or ions. The target isotope emits a localized therapeutic dose of radiation to target tissue adjacent the implantable marker when the target isotope is in the radioactive state.