Aryabhata's introduction of the concept of zero as a number and its use in calculations faced initial resistance from some mathematicians who were accustomed to traditional methods.

The debate centered around whether the Kerala School independently developed certain mathematical concepts or if they were influenced by Western sources.

Madhava's contributions to calculus, including the concept of the derivative and the development of infinite series, were significant and predated the work of Newton and Leibniz.

Ramanujan's innovative and unconventional approach to modular forms initially faced skepticism and resistance from some Western mathematicians who were accustomed to more traditional methods.

The debate centered around whether the Sulba Sutras contained original mathematical ideas or if they were merely adaptations of Babylonian or Egyptian mathematics.

Varahamihira's work, which incorporated Tantric and mystical elements, faced criticism from some mathematicians who favored a more rational and scientific approach.

The debate centered around whether it was appropriate to include recreational mathematics, such as puzzles and games, in a serious mathematical text.

Brahmagupta's work on number theory and Diophantine equations faced initial skepticism and resistance from some mathematicians who were accustomed to traditional methods.

The debate centered around the authenticity and age of the manuscript, with some scholars questioning its genuineness and antiquity.

Aryabhata's work on trigonometry, including the development of trigonometric tables and formulas, faced initial skepticism and resistance from some mathematicians who were accustomed to traditional methods.

The debate centered around the accuracy of the astronomical calculations and predictions contained in the Surya Siddhanta.

Brahmagupta's work on algebra and indeterminate equations faced initial skepticism and resistance from some mathematicians who were accustomed to traditional methods.

The debate centered around the originality of the mathematical content in the Ganita Sara Sangraha, with some scholars questioning whether it was a genuine work or a compilation of ideas from other sources.

Bhaskara II's work on combinatorics and probability faced initial skepticism and resistance from some mathematicians who were accustomed to traditional methods.

The debate centered around the originality of the mathematical content in the Aryabhatiya, with some scholars questioning whether it was a genuine work or a compilation of ideas from other sources.