
Ten Ways COVID-19 Will Change Your Next Air Trip
You’ll still get there but it definitely won’t be half the funOn board, the plane will be cleaner but also leaner. Expect to wear a mask and snack before you go.
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On board, the plane will be cleaner but also leaner. Expect to wear a mask and snack before you go.
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Numbers can frighten or enlighten. The secret is making them explain themselves. Here’s a quick primer.
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There are the Spanish police drones flying around, enforcing lockdown orders. And Singapore’s robotic police dogs, enforcing social distance. Will they go away?
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Neuroscientists used to think that each neuron was as complex as a switch. But newer research shows that each neuron is more similar to a microprocessor. Musk’s 3,000 Neuralink electrodes controlled by a single processor does not remotely match your brain’s 80 billion processors, all linked together.
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At the Skeptical Inquirer, we read about the“Nobel Disease,” whereby Nobel Prize-winning scientists ditch critical thinking and embrace unorthodox views. In reality, unorthodoxy helped them win the Prize.
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Random data shows geographic clusters. Thus some locations will inevitably have higher COVID-19 rates than others. As my example shows, associating these clusters with personal characteristics after the fact is not convincing scientific evidence. That’s where randomized, controlled trials are needed.
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Findings patterns in data is easy. Finding meaningful patterns that have a logical basis and can be used to make accurate predictions is elusive. We can see this from 18th-century attempts to cure scurvy through 21st century claims about the stock market or history.
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The basic problem is that accepting on faith what we can’t ever hope to understand is not a traditional stance of science. Thus it’s a good question whether science could survive such a transition and still be recognizable to scientists. But does turning things over to incomprehensible algorithms, as Krakauer proposes, really work anyway? Current results from a variety of areas give pause for thought.
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According to analysts, robotic devices are becoming more popular for a reason few would have guessed earlier; they reduce the need for physical human contact. Recycling, however, has taken a hit and weaning consumers from disposables post-COVID may prove a challenge. Huge firms are riding the storm, however, and Gen Z is spending the lockdown improving its career chances. Meanwhile, consumers surveyed around the globe say they plan to travel less.
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The conventional science fiction fear of a superintelligent AI taking over the planet and ridding it of pesky humans distracts our attention from a much more realistic threat: Artificial intelligence (AI) makes both government and corporate surveillance much easier, cheaper, and more useful—whether it is in average citizens’ interests or not. If we are lucky, this will be the decade when we address the implications of that fact.
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Experts list various problems, including the fact that AI is vulnerable to failure due to unforeseen problems, including problems with data (too sparse, too noisy, too many outliers, etc.). It also doesn’t learn as well from experience as humans do.
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According to researchers, Ian Burkhart, whose hands and legs were paralyzed in a diving accident in 2010, has regained the sense of touch,, through a brain implant, as opposed to simply the ability to move a hand: The breakthrough came from analysis of years of data collected from NeuroLifeTM program study participant Ian Burkhart, who suffered a spinal cord injury in 2010 when diving into the ocean, and now lives with paralysis in his hands and legs. “When the chip was placed on the surface of Ian’s motor cortex in 2014, it was not known that the signals related to object touch could be observed because of the paralysis,” said lead author and Battelle Principal Research Scientist Patrick Ganzer. “Furthermore, Read More ›

If Alphabet’s Deep Mind or Microsoft had successfully data mined the 29,000 papers and found useful coronavirus information, that would be pretty impressive. But they appear to be giving others a chance to try instead, raising issues once again about the value of data mining in medicine.
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First of all, COVID-19 clearly does not attack the globe uniformly by latitude. The second standout feature is that it targets the northern hemisphere. How can a disease’s spread be affected by hemisphere, let alone latitude? Let’s look a little deeper for some clues.
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The COVID-19 virus contains about as much information as a sticker in WhatsApp. Walter Bradley Center director Robert J. Marks and Dr. Daniel Andrés Díaz-Pachón explore a dreadful truth: “Human biology is so finely tuned that less than a kilobyte of information can stop the world.”

It is widely recognized that medical professionals and journalists in China are being silenced if they publish any information about COVID-19 that contradicts the ruling Chinese Communist Party’s official narrative. But now mainland Chinese scientists must ensure that their research publications also toe the CCP party line. If we sift carefully, however, we can uncover real information.
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In the recent podcast, “Michael Egnor on Whether People in Comas Can Think,” Robert J. Marks raised an interesting point with Egnor: Can people in comas think abstractly or do they form thoughts only at a much more basic level, given how physically distressed they are? The answer might surprise you.
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Pioneering research using brain imaging (fMRI) over the last fifteen years has shown that, even in deep coma, people can hear, understand, and respond. It’s no longer just anecdotes from caregivers. The controversial Terri Schiavo case might be decided very differently today.
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As we struggle with the COVID-19 crisis, many are beginning to ask hard questions about how our system works, its strengths, weaknesses, and vulnerabilities. One vulnerability might be too heavy reliance on a single source for data modeling and predictions. Considering all the uses to which AI may be put in health care, getting our guidance exclusively from the Institute for Health and Metric Evaluation for modeling is reckless.
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Of 83 studies of the performance of the Deep Learning algorithm on diagnostic images, only two had been randomized, as is recommended, to prevent bias in interpretation.
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