A live-presentation utterance-capture system includes a microphone accessible to a speaker at a live presentation; a voice-recognition mechanism configured linguistically to interpret a vocal utterance received at the microphone from the speaker; a database mechanism configured to store the linguistic interpretation of the vocal utterance in a visual form; and, optionally, a presentation mechanism configured to present to an audience at the live presentation a visual representation of the vocal utterance in the visual form. The live lecture notes capture and presentation method includes storing a visual presentation in a memory; converting the visual presentation to a slide show; presenting the slide show to a live audience; vocally augmenting the slide show using a microphone and voice recognition mechanism and storing a representation of the vocal augmentation in a memory; converting the stored augmentation to slide-show-compatible visual presentation that annotates the slide show; and storing the annotated slide show including the representation of the vocal augmentation in a memory. Live audiovisual presentation point capture/display apparatus includes a computer equipped with a microphone; a memory associated with the computer; software instructions residing in the memory and executing in the computer, the software instructions configured to recognize and store in text form an utterance received from a live speaker a the microphone; and a display mechanism configured to display to a live audience the stored text representing the utterance.