release 12.1 --- 2012 - 01 - 30
updated
2012-01
Contents
Chapter 1: the water figures.

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1.1 The water figures - introduction.
1.2 Ambient conditions affecting the water figures.
1.3 Definition of “water figures”.
1.4 Physical circumstances favouring the water figures.
1.5 At a stable moon phase velocity.
1.6 Differences between waves and pseudo-waves.
1.7 More differences between waves and pseudo-waves.
1.8 Commonplace water figures, and miscellanea.
1.9 Relations with other phenomena.
Chapter 2: seeds: their behaviour.

2.1 Tenderness and viability in sunflower seeds.
2.2 The viability in grains varies both senses.
2.3 The global cycle of the grains (experiment C).
2.4 How the grains recover viability (experiment E).
2.5 The two variables of the recovering of viability.
2.6 Interpretation of the experiment E”.
2.7 Seeds set in motion with respect to the Earth (experiment A).
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Chapter 3: applications in Agriculture.

3.1 Applications in agriculture.
3.2 The fats' cycle.
3.3 In the garden centers.
3.4 Viability variation: risks and benefits.
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Chapter 4: on the two ways of representing the ocean tides.

4.1 Two ways of representing the ocean tides.
4.2 Two approaches to explain the ocean tides.
4.3 Values of attraction.
4.4 The direction of the tide waves.
4.5 The continents and the flowing of the tide waves.
4.6 Number of the tide waves.
4.7 Tide waves and sublunar points.
4.8 The physical equation for the ocean tides.
4.9 When Earth, Moon and Sun are aligned.
4.10 Tide cadences.
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Chapter 5: the constraints for a theory on the ocean tides.
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5.1 The action by the Moon and the Sun.
5.2 The physical equation valid for the ocean tides.
5.3 The space unit of an ocean tide.
5.4 The tide wave cadence.
5.5 The time taken by a tide wave.
5.6 The direction of the action.
Chapter 6: the mechanism of the ocean tides.
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6.1 The variation of the water density.
6.2 The tide basins.
6.3 The tide generation.
6.4 Depth and tide range.
6.5 Feeding the tide wave.
6.6 Tide cadences.
6.7 Depth and range of a tide basin.
6.8 The delimitation of the field of action.
6.9 The time taken by a tide wave.
6.10 The velocity of a tide wave seen from high above.
6.11 When the Earth, the Moon and the Sun are aligned.
Chapter 7: examples of tide waves.
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7.1 Almost equal intervals in a series of tide waves.
7.2 Antithetical situations, same effects.
7.3 Two tide waves may form a single one.
7.4 The role of the Sun in the ocean tides.
“insert C”: moon phase velocity.
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“insert D” : another manifestation of the matter.
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d.1 Another modality of action of the matter.
d.2 Useful values of the angular movement.
d.3 Other features of the “action d”.
d.4 “Action d” and thermodynamic balances.
d.5 Effects of the “action d” on the Earth.
“insert E”: “action d” and magnetism.
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e.1 “Action d” and magnetism: introduction.
e.2 The magnetic net of the Earth.
e.3 Only one system at a time.
e.4 The “time windows”.
e.5 Kind of movement, kind of reactions.
e.6 Effect of the magnetic declination.
e.7 Fats' cycle and water cycle confronted.
e.8 Two time references: common and magnetic.
e.9 The sun wind and the ocean tides.
“insert H”: hypotheses in limbo.
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h.1 The “time windows”.
h.2 The sun wind and the ocean tides.
h.3 Hail formation.
h.4 Interferences between waves and pseudo-waves.
“insert L” - the Moon: satellite or co-planet ?
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p.1 The Moon: satellite or co-planet ?
p.2 Comparisons.
“insert P”: on the perception of the water figures.
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p.1 Perception problems with the water figures.
p.2 On the water figures unperceived directly.
“insert Q”: on the quality of water.
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q.1 How quality in water would be achieved. The transfer of “orderliness”.
q.2 The case of homeopathy. A question of method. A recent experiment. Condition for homeopathy to become science.
Glossary.
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