Courses

How did life begin on a young Earth, and how do we know that species have changed? You meet the experiments on the origin of life, and the evidence from fossils, from the bodies of animals, from embryos and from molecules. Then you follow Darwin's idea of natural selection, with the moths of England, the finches of the Galapagos and the pouched mammals of Australia. It serves the Indian syllabus (NCERT, NEET) and the matching topic of A-Level, IB and AP.

StemPy Lab

Evolution is a change in the genes of a population from one generation to the next. You count alleles with the Hardy-Weinberg principle, and you find out why a real population drifts away from it. Then you meet the three kinds of natural selection, genetic drift, the founder effect and gene flow, and you see how all of this can end in a new species. It serves the Indian syllabus (NCERT, NEET) and the matching topic of A-Level, IB and AP.

StemPy Lab

Life has a very long history, and we are a very late part of it. You walk through the main events from the first cells to the dinosaurs and the mammals. Then you follow the human line from the early apes to Homo sapiens, with the size of the brain at each step. At the end you read evolutionary trees and the numbers of human evolution with Python. It serves the Indian syllabus (NCERT, NEET) and the matching topic of A-Level, IB and AP.

StemPy Lab

Why offspring differ from their parents, and how Mendel's pea plants revealed dominant and recessive traits, the 3:1 ratio and the 9:3:3:1 ratio.

StemPy Lab