1. A Holographic Computer System, which is a method and apparatus that; recognizes situations, events and other problems; provides solutions for situations, events and other problems; incorporating at least the following components: a. Power source; b. Memory, real or virtual; c. One or more information processing apparatus, real or virtual; d. Preferably, secondary storage media; e. One or more data input apparatus, real or virtual; f. One or more data output apparatus, real or virtual; g. One or more input data elements and/or datasets, real or virtual, which collectively represent a situation, event or other problem; h. One or more spatial points, real or virtual. Said points, referred to in the invention as DROPLETS (Data-Representative-Object-Particle(s)-Liking-Entanglement), each of which is defined as an avatar, or a delegate, representative of one or more of the said input data elements and/or datasets. Said DROPLETS are further defined as having one or more properties which may change in accordance with changes in said one or more input data elements and/or datasets with a means of connection and control between said components to cause said changes. Said DROPLETS are connected, physically or virtually, locally or remotely by means of a network, to said input data elements and/or datasets. Any individual data element or dataset may correspond to one or more DROPLETS; yet, any individual DROPLET may correspond to one or more data elements or datasets. Collectively, said one or more DROPLETS possess the overall intelligence of the situation, event or other problem given to the HCS for solution; this is given by reason of the said connection to the input data elements and/or datasets. Said DROPLETS are holographically recordable objects or entities; i. At least a Common Dimensional Space (CDS), real or virtual, where said DROPLETS may be presented and spatially positioned for the purpose of holographing them. Said CDS where virtual is defined as being structured abstractly by means of memory variable sets and/or arrays stored in RAM. Said CDS can be one, two, three, four and/or any order of higher dimensions, or subsets or combinations thereof; j. One or more coherent rays and/or beam sources, real or virtual, the purpose of which is to interact with, and may also be emitted by, said one or more DROPLETS. Said coherent ray and/or beam sources where virtual are defined as being structured abstractly by means of memory variable sets and/or arrays stored in RAM; k. One or more holograms, real or virtual, static or dynamic, the purpose of which is to contain a whole picture record of entanglement of a situation, event or other problem. Said entanglement is an interference pattern generated by means of superposing coherent rays interacting with a situation, event or other problem as defined by the spatial arrangement and/or other properties of one or more DROPLETS representing one or more input data elements and/or datasets; l. One or more holographic recording apparatus, real or virtual, the purpose of which is to generate one or more holograms of said one or more DROPLETS representing one or more input data elements and/or datasets. Said holographic recording apparatus are referred to in the invention as Electronic Diffraction Units or EDU; m. One or more forward spectrum analyzers that convert one or more subsets of said input data elements or datasets from a time-domain-based waveform state into frequency-domain-based spectral components, i.e., harmonics. Conversely, one or more reverse spectrum analyzers which are used to ultimately reconstruct said data; n. One or more machine instruction codes, real or virtual, created by means of converting said holograms from an analog state—gray scale for instance—to a digital, i.e., binary, state. Said machine codes are hereafter referred to as HOAP (Hologram-Of-A-Problem) codes. Said conversion includes any type of analog-to-digital converter (ADC), real or virtual; o. One or more Instruction Registers (IR) to temporarily hold said HOAP codes for purposes of decoding them; p. One or more associative memories, real or virtual, the purpose of which is for storing and/or recalling all or part of said input data elements and/or datasets by means of association with said HOAP codes. The data which is stored in the one or more associative memories can be any type of codes and or data, including recognition tags and heuristics, amongst others. In the preferred embodiment, waveforms derived from input sensors are converted into spectral components which are then stored throughout the one or more associative memories in a spread spectrum or randomized manner. Said associative memories are referred to in the invention as Associative Memory Units, or AMU; q. One or more means of bus lines along with auxiliary data transfer and communications apparatus which distributes the said spectral components and/or other codes and/or other data which are to be stored and/or later retrieved—from the input and/or input processing side to the one or more associative memories where they are to be stored; and conversely from the one or more associative memories where they have been stored to the output and/or output processing side. Said bus lines along with auxiliary data transfer and communications apparatus may connect said parts of the system locally or by means of a network; r. One or more means, real or virtual, of collecting the data and/or code stored in said one or more associative memories, and converting and/or processing same for suitable presentation and/or usage as one or more solutions or partial solutions.