Quaternionists example sentences

"Quaternionists" Example Sentences

1. The quaternionists are a group of mathematicians focused on studying quaternions.
2. Some of the most renowned physicists of the past were also followers of the quaternionists movement
3. In the late 19th century, the quaternionists made significant contributions to the field of algebra.
4. The book "The Quaternionists" explores the history of this group of mathematicians.
5. There is an ongoing debate among quaternionists regarding the best way to represent hypercomplex numbers.
6. Many modern computer graphics rely on techniques developed by the quaternionists.
7. The quaternionists were influenced by the work of William Rowan Hamilton.
8. The quaternionists sought to expand the study of complex numbers beyond just the imaginary unit.
9. The quaternionists were among the first to recognize the geometric properties of hypercomplex numbers.
10. The principles of non-commutativity were central to the work of the quaternionists.
11. Despite facing opposition at the time, the quaternionists continued to make groundbreaking discoveries.
12. The quaternionists developed a unique notation system for expressing complex numbers.
13. The quaternionists’ work laid the foundation for modern algebraic geometry.
14. Many modern physics theories involve the use of quaternions, thanks in part to the quaternionists.
15. The importance of the quaternionists’ contributions to mathematics is still being recognized today.
16. The quaternionists approached algebraic problems in a radically different way than their contemporaries.
17. William Rowan Hamilton is considered the "father" of the quaternionists movement.
18. Despite being considered controversial at the time, the ideas of the quaternionists eventually gained widespread acceptance.
19. The quaternionists were pioneers in the study of hypercomplex numbers.
20. The development of quaternions gave rise to a new branch of mathematics explored by the quaternionists.
21. The quaternionists’ work continues to have applications beyond the fields of mathematics and physics.
22. The quaternionists were among the first to recognize the limitations of the real numbers system.
23. The study of quaternions and hypercomplex numbers continues to be a major focus of the quaternionists.
24. The quaternionists were instrumental in developing a new approach to solve algebraic equations.
25. The quaternionists are credited with discovering the properties of division algebras.
26. The study of quaternions and hypercomplex numbers has enabled quaternionists to make discoveries in other areas of mathematics.
27. The work of the quaternionists was highly controversial at the time.
28. The study of quaternions and hypercomplex numbers has changed the way mathematicians approach algebraic problems.
29. Despite its many applications, the study of quaternions and hypercomplex numbers is still a relatively niche field dominated by quaternionists.
30. The legacy of the quaternionists can be seen in many areas of modern mathematics and physics.

Common Phrases

1. Some quaternionists believe in the existence of non-commutative numbers;
2. Quaternionists study the properties and applications of quaternion algebra;
3. Many mathematicians and physicists consider quaternionists to be experts in the field of geometric algebra;
4. Some quaternionists employ quaternions to represent rotations in three-dimensional space;
5. Quaternionists often use complex numbers to help explain the properties of quaternions;
6. Many engineers and animators rely on quaternionists to develop algorithms for 3D graphics;
7. Some of the most important discoveries in physics and mathematics have been made by quaternionists;
8. Quaternions are widely used in computer graphics and virtual reality, making the work of quaternionists invaluable.