Adithyan Madhu
Adithyan Madhu is a 14-year-old independent researcher from Kerala, India, specializing in historical linguistics and the Indus Valley script. His work applies artificial intelligence, cryptography, and Web3 technologies to the structural analysis of undeciphered ancient writing systems.
He is an Emergent Ventures grantee (George Mason University) and a selected researcher for the Computer Applications and Quantitative Methods in Archaeology (CAA) 2026 conference at the University of Vienna, Austria.
Adithyan’s research focuses on computational archaeology. His most recent publications include:
Shared Iconographic Syntax in Bronze Age Middle Asia: A Comparative Analysis of Indus Valley and Western Asian Glyptic Art
A Computational Test of Visual Similarity Between the Indus Valley Script and Western and Eastern Bronze Age Writing Systems: A pHash-based permutation test of candidate glyph pairs
Previously, he authored research proposing a phonetic and syntactic framework for the Minoan Linear A script.
Contact: [email protected]
Supervisors: Nisheena CH
He is an Emergent Ventures grantee (George Mason University) and a selected researcher for the Computer Applications and Quantitative Methods in Archaeology (CAA) 2026 conference at the University of Vienna, Austria.
Adithyan’s research focuses on computational archaeology. His most recent publications include:
Shared Iconographic Syntax in Bronze Age Middle Asia: A Comparative Analysis of Indus Valley and Western Asian Glyptic Art
A Computational Test of Visual Similarity Between the Indus Valley Script and Western and Eastern Bronze Age Writing Systems: A pHash-based permutation test of candidate glyph pairs
Previously, he authored research proposing a phonetic and syntactic framework for the Minoan Linear A script.
Contact: [email protected]
Supervisors: Nisheena CH
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Papers by Adithyan Madhu
To circumvent these challenges, this study shifts its focus to contemporary or near-contemporary writing systems that were geographically proximate to the Indus region and demonstrate compelling structural and functional similarities with the IVS. Employing statistical analysis and AI-assisted pattern recognition, the research cross-compares Indus inscriptions with ancient scripts such as Oracle Bone Chinese (from the Shang Dynasty), Egyptian Hieroglyphics, and writing systems from Mesopotamia and the Aegean (including cuneiform and Linear A/B). These comparisons are based not only on symbol frequency and visual morphology but also on cultural and trade-based affinities that may have facilitated linguistic exchange in antiquity.
The resulting evidence points toward a higher likelihood that the Indus script functioned as a logographic or morpho-syllabic system rather than a proto-abugida. With over 1300 unique characters and no apparent consonant-vowel modularity, the script aligns more closely with systems like early Chinese rather than Brahmi-derived scripts. Though speculative in parts—particularly regarding theories of migration and influence—this framework offers a fresh, data-driven perspective for deciphering one of the world’s most cryptic scripts. The intention is not to claim definitive decipherment, but to invite deeper inquiry, discussion, and collaboration within the linguistic and archaeological communities.
Controlled experiments and statistical analysis (ANOVA) were used to assess the effects of these vibrations on plant growth. The results indicated that low-frequency vibrations significantly promoted plant health and growth, while high-frequency vibrations appeared to hinder development. These findings provide valuable insights into how vibrational energy influences plant vitality and may inform future practices in urban planning and sustainable agriculture.
This project aims to uncover potential links and connections between Linear A—an undeciphered writing system used by the Minoan civilization on the island of Crete between 1800 BCE and 1450 BCE—and other well-documented and deciphered writing systems that may share a historical or linguistic connection with it.
By examining how Linear A might have developed, I concluded that the Minoans primarily used this script for administrative, trade, and commercial purposes. Given their extensive trade networks, communication with other civilizations, particularly the Mycenaean (Aegean) civilization of present-day Greece, would have been essential. The language of the Mycenaeans, an early form of Greek known as Mycenaean Greek, could have significantly influenced Linear A, contributing to shared vocabulary and linguistic similarities.
This linguistic interaction likely facilitated the development of similar word forms and derivatives, much like the exchanges between the Minoans and Mycenaeans, who maintained strong trade relations, as evidenced by archaeological findings. Over time, such exchanges would have fostered cultural and linguistic integration. The Mycenaean invasion of Crete, which led to the decline of the Minoan civilization, further reinforced this influence. Following the invasion, the Mycenaeans remained in the region and adapted the Minoan Linear A script for their own use, refining it into what became known as Linear B.
With the decipherment of Linear B in 1952 by Michael Ventris, numerous similarities in vocabulary, phonetic structures, and syllabic patterns between Linear B and Linear A have been identified. By analysing the phonetic and syllabic structures, as well as logographic and lexical similarities between Linear B (a derivative of Linear A) and Linear A, we can trace potential connections in phonetic values, grammar, and syntax. This allows for a deeper exploration of sentence formation in Linear A, potentially unveiling the origins of the enigmatic Linear A script.
This research further investigates the relationship between Linear A and the Anatolian languages—Hittite, Luwian, and Hattic—alongside Mycenaean Greek (essentially Linear B). Given that Anatolia (modern-day Turkey) was a key trade partner of the Minoans and geographically close to Crete, it is plausible that Linear A belongs to an Anatolian language family. Upon closer analysis, I identified significant grammatical, phonetic, structural, and lexical similarities between Linear A and the Anatolian languages, particularly Hittite and Luwian.
Thesis Chapters by Adithyan Madhu
Conference Presentations by Adithyan Madhu