Abstract: Compositions and methods are provided for the generation of highly potent conditioned stem (Epinul) cells from adult somatic cells or tissues. Such conditioned stem cells are capable of generating all the cell lineages of any tissue or organ. Uses and compositions of the conditioned stem cells are also disclosed.

Abstract: Compositions and methods are provided for the generation of highly potent conditioned stem (Epinul) cells from adult somatic cells or tissues. Such conditioned stem cells are capable of generating all the cell lineages of any tissue or organ. Uses and compositions of the conditioned stem cells are also disclosed.

Abstract: A system and method for compression of video data uses digital processors to transform the data to a more compressed format. After preprocessing, a KL (Karhunan-Loève) transform is used to treat an array of pixels as a series of vectors transformed to a new set of basis vectors selected so that the data vectors (now represented by coordinates with respect to the transformed axes) lie closest to the transformed axes. A number of the axes lying closest to the data is selected, and the vectors are projected onto the subspace spanned by those axes. Those components extending into the orthogonal subspace are retained as a separate (second) data set, and a second GS (“Gram-Schmidt) compression is applied to those components. By suppressing portions of the data generated in the GS transformation, lossy transformations are efficiently accomplished.

Abstract: A modem architecture and applicable method use microlet transforms to encode and exchange data or information. An encoder determines the probability states of a quantum representation, and uses the states to represent data in lossless manner. A block of data is reduced to a smaller size of data by the encoding, in some instances, to single bit. The encoder can be used in conjunction with existing networks and infrastructure.

Abstract: A method and system for encoding or processing data is provided. Data is represented by a qubit. The qubit is generated by an emulator within an encoding system. The qubit is entangled with another qubit to create encoded data. The encoded data is useable for a non-quantum environment. The qubit and the another qubit are entangled by reconfiguring a quantum structure that is mapped onto the encoded data.

Abstract: A method for losslessly encoding and compressing and decoding original, raw, raster data, and other files by optimizing the results of preprocessing and transformation techniques. Four stages are involved: pre-processing during which the data is replaced by predictive values and the deviations from the predictive value; mapping each block through a transform sequence using a lossy reversible mapping; minimizing the joint entropy of the transformed data and deviation data by varying parameters for the predictive and transform step; and encoding the transformed sequence. At each stage of the compression of the data, different techniques are tried and compared and an optimal technique used to carry out that state.

Abstract: A modem architecture and applicable method use microlet transforms to encode and exchange data or information. An encoder determines the probability states of a quantum representation, and uses the states to represent data in lossless manner. A block of data is reduced to a smaller size of data by the encoding, in some instances, to single bit. The encoder can be used in conjunction with existing networks and infrastructure.

Abstract: A system and method for compressing data into a single integrated strand of data is disclosed. The system includes an encoder, sequencer, compression engine, protocol stack and a broadcaster for use over existing networks and wireless systems. Using compression and encoding techniques, multiple strands of data are taken and compressed into a single integrated continuous or block stream. The data comes from multiple sources, such video, audio, or data, such text.

Abstract: A method for losslessly encoding and compressing and decoding original, raw, raster data, and other files by optimizing the results of preprocessing and transformation techniques. Four stages are involved: pre-processing during which the data is replaced by predictive values and the deviations from the predictive value; mapping each block through a transform sequence using a lossy reversible mapping; minimizing the joint entropy of the transformed data and deviation data by varying parameters for the predictive and transform step; and encoding the transformed sequence. At each stage of the compression of the data, different techniques are tried and compared and an optimal technique used to carry out that state.

Abstract: A system and applicable methods use an oscillator circuit in conjunction with a modem to encode and exchange information. The oscillator circuit provides a reference signal having a phase. The reference signal is selected according to the phase, and corresponds to the probability state of a quantum representation, such as an electron in an encoded bit within an output signal. The probability states are used to represent original data in a lossless manner.

Abstract: A modem architecture transmits and receives signals. The signals are encoded by mapping data to quantum probability states in a bit. Lossless encoding is achieved while reducing the size of the data within the system. An intelligent database is used to catalog, record and store the various data representations and to provide support for subsequent data encoding/decoding.

Abstract: A modem architecture and applicable method use microlet transforms to encode and exchange data or information. An encoder determines the probability states of a quantum representation, and uses the states to represent data in lossless manner. A block of data is reduced to a smaller size of data by the encoding, in some instances, to single bit. The encoder can be used in conjunction with existing networks and infrastructure.

Abstract: A system and method for using microlets in communication is disclosed. A microlet corresponds to a transform of information based upon its quantum element state. Microlet communications employs modems, encoders, sequencers and other devices to compress data according to its quantum information. Using a virtual quantum register, changes in the microlet transforms and their quantum states are used to exchange information.

Abstract: A system and method for compressing data into a single integrated strand of data is disclosed. The system includes an encoder, sequencer, compression engine, protocol stack and a broadcaster for use over existing networks and wireless systems. Using compression and encoding techniques, multiple strands of data are taken and compressed into a single integrated continuous or block stream. The data comes from multiple sources, such video, audio, or data, such text.