(A) Programming scripts and code to automate cloud and server farm administration, management, fault tolerant, fail safe backup image snapshots, recovery, data compression, cryptography algorithms, end to end encryption, securing digital rights, copy detection, protection and secure private communication.
(B) Quantum computing self-learning algorithm that skips linear computing to make increasingly better guesses to find solutions quicker in an infinite variable space.
(C) Quantum space measurement and communication. Spatially distributed clean quantum random number generators, faster sensor drivers, quantum chaos function discoveries, quantum effects source direction finding or localization and clock improvement. And, searching for position markers to detect position in infinite space using quantum fractal signatures denoting xyz coordinates. Quantum radios.
(D) Instruments to detect gravitons, discover gravity vectors and cancellation, and localize sources of gravity effects using functions found in quantum chaos.
(E) Space probes with self-contained quantum space and with onboard quantum radios and quantum space positioning instruments are sent through long jump to random locations and to known locations to verify theory and for calibration. Build sleds, life supporting pods, backpacks and wearables with the same equipment that the probes have.
Computation Environments: Internet-based web browsers, PC/Server networks, Unix/Linux, Windows, Apple OS X, Virtual Machines VMware, VM VirtualBox, Android Smart Phones, Intel, ARM, nVidia GPU Tegra, Tesla, Motorola, and Texas Instruments.
Database Servers: Sun Oracle, MySQL, Microsoft SQL server, Hadoop, and OpenStack.
San Francisco, East Bay, Oakland, Berkeley to Livermore, Walnut Creek, Pleasant Hill and Concord, California.
(C) 2015 Mike Skramstad
Physical Reference Data
Magnetic Bottles &
Provider of Strategic Technology