Beyond Math’s ‘digital wind tunnel’ puts a physics-based AI simulation to work on F1 cars

Q: How long will it take to read this news story?

The story "Beyond Math’s ‘digital wind tunnel’ puts a physics-based AI simulation to work on F1 cars" has 1525 words across 63 sentences, which will take approximately 7 - 13 minutes for the average person to read.

Q: Which news outlet covered this story?

The story "Beyond Math’s ‘digital wind tunnel’ puts a physics-based AI simulation to work on F1 cars" was covered 13 hours ago by TechCrunch, a news publisher based in United States.

Q: How trustworthy is 'TechCrunch' news outlet?

TechCrunch is a fully independent (privately-owned) news outlet established in 2005 that covers mostly startups and business news. The outlet is headquartered in United States and publishes an average of 6 news stories per day. It's most recent story was published 8 hours ago.

Q: What do people currently think of this news story?

The sentiment for this story is currently Neutral, indicating that people are not responding positively or negatively to this news.

Q: How do I report this news for inaccuracy?

You can report an inaccurate news publication to us via our contact page. Please also include the news #ID number and the URL to this story.<ul><li>News ID: #22179159</li><li>URL: https://beamstart.com/news/beyond-maths-digital-wind-tunnel-17241610117292</li></ul>

TechCrunch 13h ago

Beyond Math’s ‘digital wind tunnel’ puts a physics-based AI simulation to work on F1 cars - TechCrunch

Quick Summary:

And what we’re seeing is that machine learning is actually quite good at computation, not just pattern recognition,” said co-founder Darren Garvey.

Their first product is a “digital wind tunnel” that provides near-real-time simulation of airflow over a complex surface at a fidelity that would normally take hundreds of times as long.

We’ve seen something like this in scientific literature, where a model of a weather system can be effectively approximated in a fraction of the time, using a machine learning model trained on thousands of hours of simulations and observed patterns.