@@ -28,67 +28,62 @@ This repository is designed to serve as an educational resource, showcasing the
2828Feel free to explore, contribute, and share your insights!
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3331## Table of Contents
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35- I. [ Predecessors of Quantum Mechanics – Key Mathematicians and Their Contributions] ( #predecessors-of-quantum-mechanics-key-mathematicians-and-their-contributions )
36- 1 . [ Leonhard Euler (1748)] ( #leonhard-euler-1748 )
37- 2 . [ Carl Friedrich Gauss (1809)] ( #carl-friedrich-gauss-1809 )
38- 3 . [ Joseph Fourier (1822)] ( #joseph-fourier-1822 )
39- 4 . [ Srinivasa Ramanujan (1910–1920)] ( #srinivasa-ramanujan-1910-1920 )
40- 5 . [ Satyendra Nath Bose (1924)] ( #satyendra-nath-bose-1924 )
41-
42- II. [ Early 20th Century – Foundations of Quantum Mechanics] ( #early-20th-century-foundations-of-quantum-mechanics )
43- 6. [ Max Planck (1900)] ( #max-planck-1900 )
44- 7. [ Albert Einstein (1905)] ( #albert-einstein-1905 )
45- 8. [ Niels Bohr (1913)] ( #niels-bohr-1913 )
46- 9. [ Erwin Schrödinger (1926)] ( #erwin-schroedinger-1926 )
47- 10. [ Werner Heisenberg (1927)] ( #werner-heisenberg-1927 )
48- 11. [ Paul Dirac (1928)] ( #paul-dirac-1928 )
49-
50- III. [ Mid-20th Century – Foundation for Quantum Information] ( #mid-20th-century-foundation-for-quantum-information )
51- 12. [ John von Neumann (1932)] ( #john-von-neumann-1932 )
52- 13. [ Claude Shannon (1948)] ( #claude-shannon-1948 )
53- 14. [ John S. Bell (1964)] ( #john-s-bell-1964 )
54- 15. [ Stephen Wiesner (1970)] ( #stephen-wiesner-1970 )
55- 16. [ Richard Feynman (1981)] ( #richard-feynman-1981 )
56- 17. [ Gilles Brassard (1984)] ( #gilles-brassard-1984 )
57- 18. [ David Deutsch (1985)] ( #david-deutsch-1985 )
58-
59- IV. [ 1990s and 2000s – Consolidation of Quantum Computing] ( #1990s-and-2000s-consolidation-of-quantum-computing )
60- 19. [ Artur Ekert (1991)] ( #artur-ekert-1991 )
61- 20. [ Charles Bennett (1993)] ( #charles-bennett-1993 )
62- 21. [ Peter Shor (1994)] ( #peter-shor-1994 )
63- 22. [ Lov Grover (1996)] ( #lov-grover-1996 )
64- 23. [ Seth Lloyd (1996)] ( #seth-lloyd-1996 )
65- 24. [ Alexei Kitaev (1997)] ( #alexei-kitaev-1997 )
66- 25. [ William Wootters (1998)] ( #william-wootters-1998 )
67-
68- V. [ 2010s and 2020s – The Era of Practical Quantum Computing] ( #2010s-and-2020s-the-era-of-practical-quantum-computing )
69- 26 . [ Scott Aaronson (2010–present)] ( #scott-aaronson-2010-present )
70- 27 . [ John Preskill (2012)] ( #john-preskill-2012 )
71- 28 . [ Alain Aspect (2022)] ( #alain-aspect-2022 )
72- 29 . [ Anton Zeilinger (2022)] ( #anton-zeilinger-2022 )
73-
74- VI. [ Current Scientists – Pioneers of Modern Quantum Computing] ( #current-scientists-pioneers-of-modern-quantum-computing )
75- 30. [ Umesh Vazirani (present)] ( #umesh-vazirani-present )
76- 31. [ Michelle Simmons (present)] ( #michelle-simmons-present )
77- 32. [ Guglielmo Mazzola (2020–present)] ( #guglielmo-mazzola-2020-present )
78-
79- VII. [ Key Concepts and Formulas in Quantum Computing] ( #key-concepts-and-formulas-in-quantum-computing )
80- 1. [ Superposition] ( #superposition )
81- 2. [ Entanglement] ( #entanglement )
82- 3. [ Quantum Gates] ( #quantum-gates )
83- 4. [ Quantum Measurement] ( #quantum-measurement )
84-
85- VIII. [ Additional Relevant Concepts in Quantum Computing] ( #additional-relevant-concepts-in-quantum-computing )
86- 1. [ Quantum Interference] ( #quantum-interference )
87- 2. [ Quantum Decoherence] ( #quantum-decoherence )
88- 3. [ Multiple Quantum States (Qutrits and Qudits)] ( #multiple-quantum-states-qutrits-and-qudits )
89-
90-
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33+ - [ Predecessors of Quantum Mechanics] ( #predecessors-of-quantum-mechanics )
34+ - [ Leonhard Euler (1748)] ( #leonhard-euler-1748 )
35+ - [ Carl Friedrich Gauss (1809)] ( #carl-friedrich-gauss-1809 )
36+ - [ Joseph Fourier (1822)] ( #joseph-fourier-1822 )
37+ - [ Srinivasa Ramanujan (1910–1920)] ( #srinivasa-ramanujan-1910-1920 )
38+ - [ Satyendra Nath Bose (1924)] ( #satyendra-nath-bose-1924 )
39+
40+ - [ Foundations of Quantum Mechanics] ( #foundations-of-quantum-mechanics )
41+ - [ Max Planck (1900)] ( #max-planck-1900 )
42+ - [ Albert Einstein (1905)] ( #albert-einstein-1905 )
43+ - [ Niels Bohr (1913)] ( #niels-bohr-1913 )
44+ - [ Erwin Schrödinger (1926)] ( #erwin-schrodinger-1926 )
45+ - [ Werner Heisenberg (1927)] ( #werner-heisenberg-1927 )
46+ - [ Paul Dirac (1928)] ( #paul-dirac-1928 )
47+
48+ - [ Mid-20th Century Contributions] ( #mid-20th-century-contributions )
49+ - [ John von Neumann (1932)] ( #john-von-neumann-1932 )
50+ - [ Claude Shannon (1948)] ( #claude-shannon-1948 )
51+ - [ John S. Bell (1964)] ( #john-s-bell-1964 )
52+ - [ Stephen Wiesner (1970)] ( #stephen-wiesner-1970 )
53+ - [ Richard Feynman (1981)] ( #richard-feynman-1981 )
54+ - [ Gilles Brassard (1984)] ( #gilles-brassard-1984 )
55+ - [ David Deutsch (1985)] ( #david-deutsch-1985 )
56+
57+ - [ Quantum Computing in the 1990s and 2000s] ( #quantum-computing-in-the-1990s-and-2000s )
58+ - [ Artur Ekert (1991)] ( #artur-ekert-1991 )
59+ - [ Charles Bennett (1993)] ( #charles-bennett-1993 )
60+ - [ Peter Shor (1994)] ( #peter-shor-1994 )
61+ - [ Lov Grover (1996)] ( #lov-grover-1996 )
62+ - [ Seth Lloyd (1996)] ( #seth-lloyd-1996 )
63+ - [ Alexei Kitaev (1997)] ( #alexei-kitaev-1997 )
64+ - [ William Wootters (1998)] ( #william-wootters-1998 )
65+
66+ - [ Modern Era of Quantum Computing] ( #modern-era-of-quantum-computing )
67+ - [ Scott Aaronson (2010–present)] ( #scott-aaronson-2010-present )
68+ - [ John Preskill (2012)] ( #john-preskill-2012 )
69+ - [ Alain Aspect (2022)] ( #alain-aspect-2022 )
70+ - [ Anton Zeilinger (2022)] ( #anton-zeilinger-2022 )
71+
72+ - [ Current Quantum Computing Pioneers] ( #current-quantum-computing-pioneers )
73+ - [ Umesh Vazirani] ( #umesh-vazirani )
74+ - [ Michelle Simmons] ( #michelle-simmons )
75+ - [ Guglielmo Mazzola] ( #guglielmo-mazzola )
76+
77+ - [ Key Concepts in Quantum Computing] ( #key-concepts-in-quantum-computing )
78+ - [ Superposition] ( #superposition )
79+ - [ Entanglement] ( #entanglement )
80+ - [ Quantum Gates] ( #quantum-gates )
81+ - [ Quantum Measurement] ( #quantum-measurement )
82+
83+ - [ Additional Concepts in Quantum Computing] ( #additional-concepts-in-quantum-computing )
84+ - [ Quantum Interference] ( #quantum-interference )
85+ - [ Quantum Decoherence] ( #quantum-decoherence )
86+ - [ Qutrits and Qudits] ( #qutrits-and-qudits )
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