Ancient Computer Algorithm Found in Pre-Inca Language

In the Andes, long ago, a language sprang up that has surprising qualities. And these qualities were proven to exist by mathematician, engineer and teacher Ivan Guzman de Rojas. The multi-language translating software he created using the algorithm found in the Aymara language was decades ahead of its time.

Key Takeaways

• The Aymara language contains a unique algorithm that resembles computer logic.
• Ivan Guzman de Rojas developed a groundbreaking translation software using this algorithm.
• The software utilized a three-point logic system, unlike traditional binary systems.
• Aymara has remained unchanged over time, allowing for seamless integration into technology.

The Discovery of Aymara Language

The Aymara language, spoken by over a million people in Bolivia, Chile, and Peru, has a fascinating structure. Ivan Guzman de Rojas discovered its unique qualities back in 1979. He found that Aymara’s syntax was defined in a matrix, which allowed him to create a program that could generate phrases in Aymara, Spanish, and later German.

The Algorithm and Its Impact

Guzman’s work led to the development of a translation program called Adamari. This software was revolutionary for its time, being the best multi-language translator available. It was based on a three-point logic system, which included yes, no, and maybe, allowing for more nuanced translations compared to traditional binary systems.

1. Three-Point Logic: Unlike standard binary logic, Aymara’s three-point logic allows for more complex expressions.
2. Seamless Integration: The structure of Aymara made it easy to incorporate into computer systems, leading to the creation of effective translation software.
3. Historical Significance: The software was tested and recognized as the only true multi-language translator in the early 2000s.

Challenges and Evolution

Despite its potential, Guzman’s software faced challenges. Initially programmed on a Wang computer, which eventually became obsolete, he later transitioned to an IBM PC. This change allowed for better support, but the software still struggled for funding and recognition.

The Unique Features of Aymara

Guzman identified several unique aspects of the Aymara language that contributed to its effectiveness in translation:

• Trivalent Logic: Aymara’s three-point logic is rare among human languages, making it particularly useful for computer applications.
• Unchanging Syntax: The language has remained consistent over time, which aids in its compatibility with various dialects.
• Agutina: Aymara builds words from smaller components, similar to German, allowing for flexibility and creativity in expression.

Cultural Significance

The Aymara people have a rich cultural heritage, and their language reflects their worldview. Concepts like “Ayni,” which emphasizes reciprocity and community, are embedded in the language itself. This philosophical idea of interconnectedness is mirrored in the language’s structure, suggesting a deeper relationship between language and culture.

Conclusion

The discovery of the algorithm within the Aymara language by Ivan Guzman de Rojas is a remarkable example of how ancient cultures can contribute to modern technology. The ability to create a sophisticated translation program from a language that has survived through centuries is nothing short of extraordinary. As we continue to explore the intersections of language, culture, and technology, the story of Aymara serves as a reminder of the hidden treasures that ancient languages can hold.