1. I) Timeline of the Nuclear Physics
1.1. 1896 Discovery of radiation emitted by uranium salts of Antoine henri Becquerel
1.2. Definition: Nuclear Chemistry ,Radiactivity
1.3. 1898 Invention of the term of "radioactivity"
1.4. Three main type of radiation
1.4.1. Discovery of the Beta radiation
1.4.2. Detection of the Gamma rays by Paul Ulrich Villard
1.4.3. Alpha radiation
1.5. 1934 Notion of weak interaction
1.6. 1938 Bring to light of the Nuclear fission
1.7. 1939 Einstein pleads for the development of an atomic bomb
2. II) Use of nuclear physics
2.1. Medical use
2.2. Energy production
2.2.1. fission
2.2.2. fusion
2.2.3. controlled
2.2.3.1. produce electricity
2.2.4. brief and intense
2.3. to move a vehicle
2.4. Agri-food
2.4.1. Irradiation of food
2.5. Astrophysics
2.5.1. nucleosynthesis
2.5.1.1. lights nucleus(he,h)
2.5.1.2. stellar nucleosynthesis
3. Nuclear physics - Wikipedia
4. 1945 The first nuclear bombs explode
5. Déchets radioactifs: "Un réel danger pour la population"
5.1. Les dangers des déchets radioactifs
6. III) Nuclear physics and its risks
6.1. nuclear power risks
6.1.1. radioactive rays exposure
6.1.1.1. Impact on living being
6.1.1.2. Impact on environment
6.1.2. radioactive waste management
6.1.2.1. convoy
6.1.2.2. storage
6.1.2.2.1. burying
6.1.2.2.2. https://cdn.radiofrance.fr/s3/cruiser-production/2018/11/021b6a41-f055-470f-802d-8d22891e570d/838_gettyimages-667760385.webp
6.1.3. safety and maintenance
6.1.3.1. Carte des réacteurs vieillissants (fin 2018)
6.2. military use risks
6.2.1. impact of nuclear bomb
6.2.1.1. thermal impact
6.2.1.2. blast of air impact
6.2.1.3. radioactive fallout
6.2.2. nuclear powered submarines
6.2.2.1. coolant loss
6.2.2.2. saliors health
6.3. medical use risks
6.3.1. foetus