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References
IB Textbook links
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Subtopics
7.1a - Atomic structure
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Differentiation
Opportunities to strengthen your understanding of topic 7.1a:
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7.1b - Discrete energy
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Differentiation
Opportunities to strengthen your understanding of topic 7.1b:
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7.1c - Nuclear structure
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Differentiation
Opportunities to strengthen your understanding of topic 7.1c:
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7.1d - Radioactive decay
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Differentiation
Opportunities to strengthen your understanding of topic 7.1d:
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7.1e - Law of radioactive decay
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Differentiation
Opportunities to strengthen your understanding of topic 7.1e:
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7.2a - Nuclear reactions
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Differentiation
Opportunities to strengthen your understanding of topic 7.2a:
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7.2b - Nuclear fission
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Differentiation
Opportunities to strengthen your understanding of topic 7.2b:
7.3a - The standard model
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Differentiation
Opportunities to strengthen your understanding of topic 7.3a:
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7.3b - Conservation rules
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Differentiation
Opportunities to strengthen your understanding of topic 7.3b:
7.3c - Feynman diagrams
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Differentiation
Opportunities to strengthen your understanding of topic 7.3c:
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7.3d - Quark confinement
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Differentiation
Opportunities to strengthen your understanding of topic 7.3d:
Watch this section of a video discussing quark confinement.
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7.3e - The Higgs particle
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Differentiation
Opportunities to extend your understanding of topic 7.3e:
Watch this excellent video created a few months before the discovery of the Higgs boson was announced. It does an excellent job of explaining the Higgs field along with how the Higgs Boson was detected at CERN.
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For help understanding the relationship between particles and their associated field, take a look at this video where a dish of silicon oil is vibrated.
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Curriculum Enrichment
Quantum Entanglement
Jake brought up quantum entanglement in class - and for those interested I am posting this interesting video on the Einstein Podolski Rosen (EPR) Paradox.
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And another video explaining quantum entanglement and the EPR paradox
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