Python was created by Guido van Rossum, a Dutch programmer, during the Christmas holidays in 1989. The language was named after the British comedy group “Monty Python’s Flying Circus” — not the snake!

1989  →  Guido van Rossum begins work on Python during Christmas holidays
1991  →  Python 0.9.0 released (first public version)
1994  →  Python 1.0 released (lambda, map, filter, reduce added)
2000  →  Python 2.0 released (list comprehensions, garbage collection)
2008  →  Python 3.0 released (major redesign, broke backward compatibility)
2010  →  Python 2.7 released (last 2.x version)
2020  →  Python 2 officially retired (EOL - End of Life)
2023  →  Python 3.12 released (performance improvements, better error messages)
2024  →  Python 3.13 released (free-threaded mode, JIT compiler preview)

Guido van Rossum was affectionately called the “Benevolent Dictator For Life” (BDFL) of the Python community, meaning he had final say on all major language decisions. He stepped down from this role in 2018.

Understanding Python’s history helps contextualize its design decisions and the Python 2 vs Python 3 split, which is a common interview topic.

⚠️ Interview Tip: Python 2 and Python 3 are NOT backward compatible. print "hello" works in Python 2 but fails in Python 3. Always use Python 3.

• Using Python 2 syntax in Python 3 (e.g., print "hello" without parentheses)
• Not knowing the historical context of Python’s design decisions

Q1: Why was Python named “Python”?

A: Named after the British comedy group “Monty Python’s Flying Circus,” not the snake. Guido wanted a short, unique, and slightly mysterious name.

Q2: What is the difference between Python 2 and Python 3?

A: Python 3 was a major redesign that broke backward compatibility. Key differences include print as a function (vs statement in Python 2), integer division returning floats (3/2 = 1.5 vs 1), and Unicode strings by default.

1. Research and explain why the Python 2 to Python 3 transition took over a decade.
2. Find one company that still maintains Python 2 code and explain why.
3. Create a timeline infographic of Python’s major milestones.