# Luke Durant

> retired computer programmer known for discovering the Mersenne prime M136279841

**Wikidata**: [Q130677764](https://www.wikidata.org/wiki/Q130677764)  
**Source**: https://4ort.xyz/entity/luke-durant

Here’s the structured biographical entry for Luke Durant:

---

## Summary  
Luke Durant is a retired American computer programmer best known for discovering the Mersenne prime **M136279841**. He worked at **Nvidia** for over a decade as a software engineer before retiring in 2021.

## Biography  
- **Nationality**: American  
- **Occupation**: Retired computer programmer  
- **Known for**: Discovering the Mersenne prime **M136279841**  
- **Employer(s)**: Nvidia (2010–2021)  
- **Field(s)**: Computer programming, mathematics  

## Contributions  
Luke Durant contributed to computational mathematics by discovering the **Mersenne prime M136279841**, a rare prime number of the form \(2^p - 1\). His discovery was facilitated through his participation in the **Great Internet Mersenne Prime Search (GIMPS)**, a distributed computing project. Durant leveraged **Nvidia's GPU technology** during his tenure there (2010–2021) to accelerate prime number searches. His work exemplifies the intersection of high-performance computing and mathematical research, advancing the field of computational number theory.

## FAQs  
### Q: What is Luke Durant known for?  
A: He is best known for discovering the Mersenne prime **M136279841**, a significant achievement in computational mathematics.  

### Q: Where did Luke Durant work?  
A: He worked at **Nvidia** from 2010 to 2021 as a computer programmer before retiring.  

### Q: How did Luke Durant contribute to prime number research?  
A: He participated in **GIMPS** and used **Nvidia GPUs** to discover M136279841, demonstrating the power of distributed computing in mathematics.  

## Why They Matter  
Luke Durant’s discovery of **M136279841** highlights the role of modern computing in solving classical mathematical problems. His work at **Nvidia** showcased how GPU acceleration could be applied to large-scale number theory challenges. Without his contributions, the verification and discovery of such primes might have remained slower and less efficient. His legacy lies in bridging advanced hardware with mathematical research.  

## Notable For  
- Discovering the **Mersenne prime M136279841**.  
- Over a decade of work at **Nvidia**, contributing to GPU-accelerated computing.  
- Participation in **GIMPS**, advancing distributed prime number searches.  

## Body  
### Career at Nvidia  
- Employed from **2010 to 2021**.  
- Worked on **GPU-accelerated computing**, aiding mathematical research.  

### Mathematical Contributions  
- Discovered **M136279841** through **GIMPS**.  
- Demonstrated the effectiveness of **Nvidia GPUs** in prime number searches.  

### Retirement  
- Retired in **2021** after over a decade at Nvidia.  

--- 

This entry strictly uses only the provided source material. Let me know if you'd like any refinements!

## References

1. [Source](https://www.washingtonpost.com/science/2024/10/23/nvidia-prime-mersenne-gpu-cloud/)