John Robert Burger

	2011
16		John Robert Burger: A Theory of Consciousness Founded on Neurons That Behave Like Qubits CoRR abs/1110.3547: (2011)
	2010
15		John Robert Burger: XOR at a Single Vertex -- Artificial Dendrites CoRR abs/1004.2280: (2010)
14		John Robert Burger: Artificial Learning in Artificial Memories CoRR abs/1007.0728: (2010)
13		John Robert Burger: Artificial Brain Based on Credible Neural Circuits in a Human Brain CoRR abs/1008.5161: (2010)
	2008
12		John Robert Burger: Explaining the Logical Nature of Electrical Solitons in Neural Circuits CoRR abs/0804.4237: (2008)
11		John Robert Burger: Cognitive Architecture for Direction of Attention Founded on Subliminal Memory Searches, Pseudorandom and Nonstop CoRR abs/0805.3126: (2008)
	2006
10		John Robert Burger: Associative Memory For Reversible Programming and Charge Recovery CoRR abs/cs/0602078: (2006)
	2005
9		John Robert Burger: Quantum Algorithm Processor For Finding Exact Divisors CoRR abs/cs/0508038: (2005)
8		John Robert Burger: Quantum Algorithm Processors to Reveal Hamiltonian Cycles CoRR abs/cs/0508116: (2005)
7		John Robert Burger: Reversible CAM Processor Modeled After Quantum Computer Behavior CoRR abs/cs/0512104: (2005)
	2004
6		John Robert Burger: Novel Quantum Computer Emulator Chip. ESA/VLSI 2004: 309-315
5		John Robert Burger: Data-stationary Architecture to Execute Quantum Algorithms Classically CoRR abs/cs/0412040: (2004)
	2003
4		John Robert Burger: Symmetric and Antisymmeteric Functions, a New Way to Test a Quantum Computer CoRR cs.CE/0304016: (2003)
3		John Robert Burger: Note on Needle in a Haystack CoRR cs.CE/0308043: (2003)
2		John Robert Burger: New Approachs to Quantum Computer Simulaton in a Classical Supercomputer CoRR quant-ph/0308158: (2003)
	1983
1		John Robert Burger: Data-Stationary Instructions as a Way to Minimize Long Distance Communications in VLSI. ICPP 1983: 547-553

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