1. An apparatus for transforming multi-source medical research documents comprised of: a housing support structure which inter-operably connects an alpha numeric data entry component support and, at least one data storage component; a network connection component which enables the device to connect to the internet to download the medical research documents from multiple sources; a first screen and a second screen pivotally connected and symmetrical; wherein said first screen displays a first user interface and said second screen displays a second user interface with the first user interface and the second user interface each displaying separate data; a first processor configured to perform a first algorithmic search for said multi-source medical research documents and storing said multi-source medical research documents in a plurality of medical research data files stored on said at least one data storage component; a first user interface configured to display a search result including a plurality of medical research documents, configured to create customized abstractions by adding tags, annotations and outlines to user identified text components, and configured to further search within the first search result to perform a second algorithmic search; wherein said first processor further configured to create text abstraction functions by linking groups of text from the medical research documents, assigning a same identifier to commonly tagged attributes in the text components of the multi-source medical research documents, the text components comprising keywords, concepts and phrases, and storing the result into a relational database stored in one of the storage devices; the plurality of multi-source medical research data files which contain data structures and data values are used by a second processor to create and display a user defined hierarchal data structure and personalized research document file based on the information stored in the relational database; the second processor configured to create said user defined hierarchal data structure to display said plurality of transformed medical research documents and create a personalized research document file which includes hierarchal links systematically connecting multi-source medical research documents; the second user interface configured to display said personal research document; wherein said second processor is further configured to transform said multi-source medical research documents displayed on said first user interface to create a user defined interface on said second display, which reflects a hierarchal linking structure created by said user; and wherein said second processor is further configured to coordinate the display of said plurality of documents on the first display by allowing user to identify and select the corresponding abstract data from the hierarchical linking structure displayed on the second display.
1. An apparatus for transforming multi-source medical research documents comprised of: a housing support structure which inter-operably connects an alpha numeric data entry component support and, at least one data storage component; a network connection component which enables the device to connect to the internet to download the medical research documents from multiple sources; a first screen and a second screen pivotally connected and symmetrical; wherein said first screen displays a first user interface and said second screen displays a second user interface with the first user interface and the second user interface each displaying separate data; a first processor configured to perform a first algorithmic search for said multi-source medical research documents and storing said multi-source medical research documents in a plurality of medical research data files stored on said at least one data storage component; a first user interface configured to display a search result including a plurality of medical research documents, configured to create customized abstractions by adding tags, annotations and outlines to user identified text components, and configured to further search within the first search result to perform a second algorithmic search; wherein said first processor further configured to create text abstraction functions by linking groups of text from the medical research documents, assigning a same identifier to commonly tagged attributes in the text components of the multi-source medical research documents, the text components comprising keywords, concepts and phrases, and storing the result into a relational database stored in one of the storage devices; the plurality of multi-source medical research data files which contain data structures and data values are used by a second processor to create and display a user defined hierarchal data structure and personalized research document file based on the information stored in the relational database; the second processor configured to create said user defined hierarchal data structure to display said plurality of transformed medical research documents and create a personalized research document file which includes hierarchal links systematically connecting multi-source medical research documents; the second user interface configured to display said personal research document; wherein said second processor is further configured to transform said multi-source medical research documents displayed on said first user interface to create a user defined interface on said second display, which reflects a hierarchal linking structure created by said user; and wherein said second processor is further configured to coordinate the display of said plurality of documents on the first display by allowing user to identify and select the corresponding abstract data from the hierarchical linking structure displayed on the second display. 6. The apparatus for transforming multi-source medical research documents of claim 1 wherein said software component for editing allows the user to cut and paste and touch and drag text.