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Work #1296 · Early

Essay on Conic Sections

Blaise Pascal
1640 · French
Mathematical treatise · Early-modern mathematics / Projective geometry

Pascal's 1640 mathematical essay at age 16 — Pascal's theorem

Attribute Fingerprint

Rows where works disagree are highlighted in gold. The full ontology grid is shown.

Attribute Essay on Conic Sections (Early)
Time · Extent Infinite
Time · Ontological Status Substantival
Time · Grain Discrete
Time · Freedom Deterministic
Time · Traversability Linear
Time · Dimensionality One
Time · Direction Uni-directional
Space · Extent Infinite
Space · Ontological Status Substantival
Space · Curvature Flat
Space · Dimensionality Three
Space · Locality Local
Matter · Extent Infinite
Matter · Ontological Status Substantival
Matter · Conservation Conserved
Matter · Dimensionality Three
Matter · Locality Local
Observer · Time Instance Single
Observer · Space Instance Single
Observer · Knowledge Extent Total
Observer · Knowledge Retainment Total
Observer · Physicality Embodied
Observer · Agency Active
Observer · Number Plural
Observer · Metaphysical Agency None
Observer · Moral Authority Reason
Observer · Theological Method
Energy · Extent Infinite
Energy · Ontological Status Substantival
Energy · Conservation Conserved
Energy · Dispersibility Irreversible
Information · Ontological Status Substantival
Information · Cosmic Conservation Conserved
Information · Personal Conservation Conserved
Information · Granularity Discrete

Dimension-by-Dimension Evidence

What each work's passages reveal about its stance on each of the six dimensions.

Time

Essay on Conic Sections

The 1640 early-Pascal moment.

Space

Essay on Conic Sections

The Paris mathematical-philosophical setting.

Matter

Essay on Conic Sections

The geometric-mathematical subjects.

Observer

Essay on Conic Sections

Young Pascal as proper-mathematical investigator.

Energy

Essay on Conic Sections

The mathematical-rational energies.

Information

Essay on Conic Sections

The mathematical-theorem content.

Internal Tensions

Where each work's argument pulls against itself.

Essay on Conic Sections

Pascal's Essay on Conic Sections has remained foundational projective-geometric work.