Next: About this document ...
Up: Quantum Computation and Natural
Previous: Bibliography
Contents
-
- $ . A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
- Gödel's Incompleteness Theorem
- Why mathematics?
-
- _$_
-
- _ . _
-
- _A_
- actuality
- Non-monotonicity
| Counterfactual conditionals
| Time and causality
- adjoint
- of an operator
- A summary of formalism
- algorithm
- Physics and computation
- ambiguity
- Postulates of quantum linguistics
- analogy
- Language
- artificial intelligence
- A machine-translation example
-
- _B_
- Bell's Inequality
- Physical reality
- Bohm, David
- Matter vs. Mind, or
| Language
| Information, situations and linguistic
- boot-strapping
- Quantum theoretically speaking
- bra vector
- A summary of formalism
-
- _C_
- Cartesian dualism
- Conclusion and future works
- causal efficacy
- Time and causality
- causality
- Time and causality
- as disguise of counterfactual argument
- Time and causality
- destructive interference of contradictory causes
- Time and causality
- statistical explanation
- Time and causality
- stripped of free will
- Time and causality
- cause
- relevance of
- Time and causality
- Church-Turing conjecture
- Quantum computation
- classical logic
- in comparison with common sense
- Introduction
- coding system
- Language
- coherent state
- The Uncertainty Principle of
- collapse of the wave function
- A summary of formalism
| Postulates of quantum linguistics
| Counterfactual conditionals
| Time and causality
- common sense
- no title
- commutator
- A summary of formalism
- commute
- Postulates of quantum linguistics
| The Uncertainty Principle of
- complex number
- State of affairs as
- computation
- Physics and computation
| Physics and computation
- implemented in quantum mechanics
- Introduction
- quantum
- Language
- rheomode
- Language
- conjugate imaginary
- A summary of formalism
- connectionism
- Issues of natural language
- consistency
- Quantum theoretically speaking
- context
- A machine-translation example
| Information, situations and linguistic
| Information, situations and linguistic
| Information, situations and linguistic
- context-sensitive
- Information, situations and linguistic
- correspondence principle
- Quantum theoretically speaking
- counterfactual conditional
- Counterfactual conditionals
- counterfactual reasoning
- Counterfactual reasoning
- classicization
- Experimental setup
- crisis
- of physicalism
- Why physics?
-
- _D_
- Democritus
- A scientific account of
- determinism
- Time and causality
- materialist
- Time and causality
- Deutsch, David
- Quantum computation
- dictionary
- translation
- Machine translation
- Dirac delta function
- A summary of formalism
- Dirac, P. A. M
- Quantum theoretically speaking
- dissolution
- Quantum theoretically speaking
- Dretske, Fred
- Language
- dualism
- Cartesian
- Physics and computation
| A net of meaning
- duality
- of speech signal processing
- Duality in speech signal
- of symbol and concept
- Duality of symbol and
- of wave and particle
- Physical reality
| Duality of symbol and
- wave-particle
- Two-slit experiment
-
- _E_
- effective communication
- The Uncertainty Principle of
- eigenbasis
- A summary of formalism
- eigenstate
- The Uncertainty Principle of
- Einstein, Albert
- Why mathematics?
| Counterfactual conditionals
- Elitzer-Vaidman bomb testing problem
- Elitzer-Vaidman bomb testing problem
- emergentism
- Why physics?
- error
- of human
- Result and analysis
- exclusive middle
- the law of
- Counterfactual conditionals
| Discussion
- exclusive or
- Exclusive OR (XOR) Problem
- expectation value
- Introduction
- experiment
- role of
- Why mathematics?
-
- _F_
- Feynman, Richard
- Quantum computation
- fine structures
- of logic value
- Result and analysis
- folk physics
- Why physics?
| Physics and computation
- free will
- Non-monotonicity
| Time and causality
| Time and causality
- elimination of
- Time and causality
- functionalism
- Why physics?
| Why physics?
- fundamental quantum conditions
- A summary of formalism
-
- _G_
- Galileo
- Way out of the
-
- _H_
- Hamiltonian operator
- A summary of formalism
- hard problem
- of consciousness
- Matter vs. Mind, or
- Hermitian operator
- A summary of formalism
- Hertz, Heinrich
- Quantum theoretically speaking
- hierarchic thinking
- Information, situations and linguistic
| Conclusion and future works
- Hilbert space
- A summary of formalism
| State of affairs as
- homonym
- in logic
- Result and analysis
-
- _I_
- idealism
- Physics and computation
| A net of meaning
- objective idealism in mathematics
- Information, situations and linguistic
- subjective idealism in mathematics
- Information, situations and linguistic
- information
- active
- Information, situations and linguistic
- intentional
- Introduction
- physical
- Information, situations and linguistic
- relevant
- Introduction
- inner product
- State of affairs as
- intention
- A net of meaning
| A net of meaning
- interaction
- Postulates of quantum linguistics
- interpretation
- of quantum mechanics
- Quantum theoretically speaking
- intersubjectivity
- Conclusion and future works
- intuitionism
- Information, situations and linguistic
- irreversibility
- Postulates of quantum linguistics
| Time and causality
-
- _J, K_
- ket vector
- A summary of formalism
- knowingly unknown
- Experimental setup
-
- _L_
- language
- Language
- Indo-European
- Language
- linear operator
- A summary of formalism
- linguistic formulation operator
- State of affairs as
- linguistics
- Chomskyan
- A machine-translation example
- classical
- Issues of natural language
- computational
- Issues of natural language
- descriptive
- Information, situations and linguistic
- normative
- Information, situations and linguistic
- rationalist
- Issues of natural language
- rule-based
- Issues of natural language
- Saussurean
- ``Signifier'' and ``signified'' in
- Whorfian
- Information, situations and linguistic
- logic
- Quantum theoretically speaking
- descriptive
- Introduction
- intuitionist
- Why mathematics?
- mathematical
- Why mathematics?
| Why mathematics?
| Information, situations and linguistic
- normative
- Discussion
-
- _M_
- machine translation
- Information, situations and linguistic
| Application of QT to
| Machine translation
- materialism
- Physics and computation
- mathematics
- Matter vs. Mind, or
| Why mathematics?
- constructivist
- Why mathematics?
- discrete
- Way out of the
- matter
- Matter vs. Mind
- meaning
- A machine-translation example
| Introduction
| A net of meaning
- a naturalist intelligible account of
- A scientific account of
| Matter vs. Mind, or
- a scientific account of
- A scientific account of
- intentional
- A net of meaning
- objective
- A net of meaning
- of naive physicalist
- Language
- physical
- Why physics?
- memory
- Mental reality
| Language
| Postulates of quantum linguistics
- mind
- Matter vs. Mind
- computer metaphor
- A machine-translation example
- model
- of logic
- State of affairs as
- monism
- A scientific account of
- multi-causal
- Time and causality
- multilingual
- State of affairs as
-
- _N_
- naturalist
- Matter vs. Mind, or
- necessity
- Discussion
- Newton
- A scientific account of
- non-monotonicity
- Non-monotonicity
| Non-monotonic reasoning
- classical approach
- Experimental setup
- classical approaches
- Non-monotonicity
- of strong kind
- Non-monotonicity
- statistical approach
- Non-monotonicity
-
- _O_
- observables
- A summary of formalism
- observer
- A scientific account of
| Way out of the
- operational definitions
- Physical account of linguistic
- oxymora
- Result and analysis
-
- _P_
- panpsychism
- A scientific account of
- participation
- Postulates of quantum linguistics
- physicalism
- Why physics?
| Mental reality
- naive
- A net of meaning
- physics
- Matter vs. Mind, or
| Physics and computation
- classical
- Way out of the
- picture
- Quantum theoretically speaking
- Pike, Kenneth
- Language
- Platonism
- Information, situations and linguistic
- possibility
- Non-monotonicity
| Counterfactual conditionals
| Time and causality
| Discussion
- Principle of Excluded Middle
- State of affairs as
- probability
- of a wave function
- A summary of formalism
- pure state
- The Uncertainty Principle of
-
- _Q, R_
- qualia
- Matter vs. Mind, or
| Mental reality
- qualitative
- State of affairs as
- quantum computation
- Quantum computation
- RAAM
- Chalmers' syntax corpus
- realism
- Physical reality
- reality
- mental
- Mental reality
| Mental reality
- physical
- Physical reality
- the classical concept of
- Physical reality
- relativity
- the theory of
- Why mathematics?
| Time and causality
- relativity, the theory of
- Counterfactual conditionals
- relevance
- Result and analysis
- representation
- Mental reality
- in quantum mechanics
- State of affairs as
- representationing
- Postulates of quantum linguistics
- responsibility
- Time and causality
- rheomode
- Language
- rheomode computation
- Matter vs. Mind, or
- Russell's paradox
- Mental reality
-
- _S_
- Saussure, Ferdinant de
- ``Signifier'' and ``signified'' in
- scalability
- Discussion
- scale
- Introduction
- Schrödinger's wave equation
- A summary of formalism
- self-reference
- Information, situations and linguistic
- semantics
- A net of meaning
| Information, situations and linguistic
- in mathematics
- Information, situations and linguistic
- set theory
- Mental reality
- sign
- ``Signifier'' and ``signified'' in
- signal processing
- Duality in speech signal
- signified
- ``Signifier'' and ``signified'' in
- signifier
- ``Signifier'' and ``signified'' in
- situation
- Information, situations and linguistic
| Information, situations and linguistic
- solipsism
- Physics and computation
- spacetime
- classic
- Time and causality
- speakable
- Language
| Language
- state of affairs
- Language
| Quantum computation
| State of affairs as
| State of affairs as
| State of affairs as
| State of affairs as
| Time and causality
- statistical mechanics
- Physical reality
- sub-symbolic
- Why mathematics?
- superposition
- A summary of formalism
| Postulates of quantum linguistics
| State of affairs as
| Counterfactual conditionals
- of symbols
- State of affairs as
- syllogism
- Syllogism in natural language
- with real-world knowledge
- ``Barbara'' corpus
- symbol
- Introduction
- mathematical
- A net of meaning
- proper
- State of affairs as
- pure
- State of affairs as
- symbols
- Introduction
- symbols per se
- Conclusion and future works
- syntax
- Information, situations and linguistic
- in mathematics
- Information, situations and linguistic
- manipulation
- Chalmers' syntax corpus
-
- _T_
- thinking
- State of affairs as
- time
- Time and causality
- translation
- Information, situations and linguistic
- between languages
- Information, situations and linguistic
- Two-slit experiment
- Two-slit experiment
| Non-monotonicity
-
- _U_
- Uncertainty Principle
- Statement of thesis
| A summary of formalism
- of Heisenberg
- Physical reality
- of language
- The Uncertainty Principle of
- understanding
- A machine-translation example
| Postulates of quantum linguistics
- unitary operator
- A summary of formalism
- universal quantum computer
- Quantum computation
- unspeakable
- Quantum theoretically speaking
-
- _V_
- vocabulary
- Quantum mechanical NLP
-
- _W_
- wave function
- Physical reality
- Whorf, Benjamin L.
- Information, situations and linguistic
- Whorf, Benjamin Lee
- Language
- Wittgenstein, Ludwig
- Information, situations and linguistic
-
- _X_
- XOR function
- Counterfactual conditionals
| Exclusive OR (XOR) Problem
-
- _Y, Z_
-
Joseph Chen
2002-09-05