When it comes to baseball and football, coaches always know the numbers. That helps them make informed decisions on risk and reward. Less well-known is that clinicians also often make important healthcare decisions with the aid of algorithmic tools that draw on large amounts of complex data.

If you believe solar power is ready for mass usage, you are likely an activist, in the industry, or one of the customers who really believes they are selling electricity back to the utility at the same price they are paying when they need it and it isn't being paid for by people in the apartments that we get told are better for the environment than single-family homes.

Without mandates and subsidies, plus fees tacked onto every non-solar-using customer, the industry would go back to the niche it was prior to 2010. Since 2010, the share of conventional energy needed has not moved while the world spent trillions underwriting alternatives.(1)

The Supreme Court dealt another blow to federal overreach by the Biden administration but then rightly upheld vaccine mandates if an organization is federally funded.

Since the passage of the Affordable Care Act, nearly all hospitals are federally funded. So a Centers for Medicare and Medicaid Services rule requiring vaccinations for health care workers at companies that receive Medicare or Medicaid funding, which is nearly all of them, is legal, while the overzealous attempt to use the Occupational Safety and Health Administration requiring companies with 100 or more employees to force them to get vaccines was rightly found unconstitutional.

People in Britain, from Scotland to Wales, may maintain a cultural identity, but how much of it is real versus an arbitrary social construct? How much should be decided by genes versus how people choose to identify?

A new study opens up as many questions as it answers about Bronze Age Britain. Where did many of them 'come from'? Inference suggests France.

Quantum gravity has fascinated scientists for over a century.

As Peru's Wari kingdom sought to shore up their crumbling empire over 1,000 years ago they did it with their own form of bread and circuses - cocaine, ayahuasca, and a beer with psychedelics mixed in.

Since the concoction was only made by elites without a penalty of death, festivals became a way to exercise political control among friends and challengers alike. It obviously didn't work forever, the Incas conquered them, but the archaeological evidence provides a compelling look into South American culture of 1000 AD.

We all know there is no Beepocalypse by now, right? Seeing it referenced in sit-coms from the 2010s  is as anachronistic as watching "Soylent Green" from the 1970s and seeing them lament that they didn't listen to scientists and make the hole in the ozone layer larger. Sure, Washington Post readers probably still believe bees are dying, just like their contributors think "Soylent Green" got a lot right, but it's as unscientific as acupuncture. 

The title of this post is no news for particle physicists - particle detectors are complex instruments and they work by interpreting the result of stochastic phenomena taking place when radiation interacts with the matter of which detectors are built, and it looks only natural that deep learning algorithms can help improve our measurements in such a complex environment.

However, in this post I will give an example of something qualitatively different to providing an improvement of a measurement: one where a deep convolutional network model may extract information that we were simply incapable of making sense of. This means that the algorithm allows us to employ our detector in a new way.

When you see a TV weather personality put up an air quality map for the last 10 years, it might make you believe that pollution is far worse than when you were young.

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