At Project 1701A we share a vision: to make quantum information technology a part of our everyday lives. In the quantum world we discover the possibility of unbreakable cryptographic codes, the teleportation of the quantum photon state; we move beyond the Rayleigh criterion and into the realm of sub-diffraction limited optics using entangled states and we create computer algorithms that can solve problems in fewer steps than any binary-based computational tool can.
Quantum information technology is a truly interdisciplinary field, drawing upon the physical sciences, computer science, engineering, and mathematics. Research in this field addresses fundamental questions related to the manipulation of information stored in quantum states. There is much to be learned before information technology can be harnessed into practical consumer devices, but when this happens, the benefit to humanity will be tremendous. This revolution is growing and an understanding of the information content inherent in various optical signals is now emerging. Through recent advances in the preparation and theoretical understanding of entangled states of light we are entering the dawn of a new age, and Project 1701A is hard at work to shape the future of this bright new tomorrow.
• Coherent quantum control
• Quantum key distribution with entangled states
• Nonclassical states of light
• Extending the applicability of the standard model
• Photon entanglement generation with phase and
PhatWare Sponsors Project 1701A, Using Quantum Research to Develop New Computational Technologies
New collaboration project formed to conduct theoretical and experimental research in the field of quantum information and computation.
Spokane, WA, November 21, 2011 - PhatWare Corporation, a leading provider of software products and professional services for mobile and desktop computers, announces its collaboration with Project 1701A, LLC, a new venture created to conduct theoretical and experimental research in quantum information processing and quantum computation.