EX-NVIDIA ENGINEER DISCOVER LARGEST KNOWN PRIME NUMBER

In a pursuit blending high-stakes mathematics and groundbreaking computing, former NVIDIA employee Luke Durant has invested $2 million in the quest for prime numbers, culminating in the discovery of the largest known prime number—a staggering 41,024,320 digits in length. 

This achievement adds another layer to the field of prime number research, where finding increasingly larger primes can offer significant advancements in areas such as cryptography, computational mathematics, and theoretical research.

The massive number, featuring a sequence so complex it stretches over 41 million digits, has captivated the mathematics community. To highlight its enormity, an image has been shared displaying only the first 3,000 digits, a small but impressive glimpse into Durant’s achievement. 

This rare prime number was uncovered through an extensive computing process and complex algorithms, funded by Durant’s dedication and significant financial investment.

Prime number discoveries of this magnitude are monumental in mathematics and computing because of their implications for encryption and data security. This new prime number now stands as the largest known prime to date, surpassing the previously discovered Mersenne primes, which were the longest for years. 

Durant’s $2 million expenditure on the search reflects both the cost and complexity involved in pushing the boundaries of mathematical knowledge.

This discovery reaffirms the pivotal role that high-powered computing plays in mathematical research, and Durant’s success highlights the continued curiosity and dedication driving exploration in the realms of numbers and theory.