Meaning: The quote mentions the science of cryptography and its historical connection to mathematics and codes. It also references the use of mathematical principles and the creation of an encoded work by James Sanborn, a sculptor.

Cryptography, the art of writing and solving codes, has a long and rich history dating back to ancient civilizations. The quote acknowledges that cryptography began in mathematics, highlighting the close relationship between the two fields. Indeed, the use of codes and ciphers in communication and military strategy can be traced back to civilizations such as ancient Egypt, Greece, and Rome.

One of the earliest known examples of cryptography is attributed to Julius Caesar, who used a simple substitution cipher to protect his military communications. This historical reference in the quote demonstrates the enduring relevance of cryptography and its ties to mathematical principles, as even ancient civilizations recognized the need for secure communication and the role of mathematics in achieving this goal.

The quote also alludes to the use of mathematical principles in cryptography, emphasizing the foundational role of number theory and mathematical concepts in the development of codes and ciphers. The application of mathematical principles in cryptography has evolved over time, leading to the development of more sophisticated encryption techniques and algorithms. From the early substitution ciphers to modern cryptographic systems based on complex mathematical algorithms, the influence of mathematics on cryptography is undeniable.

Furthermore, the quote mentions the creation of an encoded work by James Sanborn, a sculptor. This likely refers to Sanborn's famous sculpture "Kryptos," which is located at the CIA headquarters in Langley, Virginia. "Kryptos" is a large, outdoor sculpture featuring encrypted messages that have puzzled enthusiasts and cryptanalysts since its installation in 1990. Sanborn used various cryptographic techniques and codes to conceal messages within the sculpture, adding an intriguing layer of mystery and challenge for those attempting to decipher its meaning.

In summary, the quote highlights the historical origins of cryptography in mathematics, emphasizing the use of codes and ciphers based on mathematical principles. It also references the modern application of cryptography in art, specifically through the work of James Sanborn. This quote serves as a reminder of the enduring connection between mathematics and cryptography, as well as the creative and artistic potential of encrypted communication.