Anekantavada Vyākhyāprajñapti) mentions three primary predications of the "saptibhaṅgīnaya". This too is a Svetambara text, and considered by Digambara Jains as unauthentic. The earliest comprehensive teachings of anekāntavāda doctrine is found in the "Tattvarthasutra" of Umasvati, considered to be authoritative by all Jain sects including Svetambara and Digambara. The century in which Umaswati lived is unclear, but variously placed by contemporary scholars to sometime between 2nd and 5th century. The Digambara scholar Kundakunda, in his mystical Jain texts, expounded on the doctrine of "syādvāda" and "saptibhaṅgī" in "Pravacanasāra" and "Pancastikayasāra". Kundakunda also used "nayas" to discuss the essence of the self
Digambara Patra to determine adulteration of petroleum fuel which itself is a serious problem in South Asia. They attributed that the presence of extensive inner filter effects and resonance energy transfer in petroleum fuels are the major causes of the distinctive characteristics of these spectra in adulterated samples. Together both the authors later on developed total synchronous fluorescence scan spectra to understand petroleum products and showed that total synchronous fluorescence scan profile is different from excitation emission matrix fluorescence. Digambara along with his collaborator Dr. Rohit Kumar Rana at Indian Institute of Chemical Technology designed a new type of microcapsule-embedded fluorescent molecule