Science & Technology
Anyone scared of snakes on the ground may not want to read this story — because the reptiles are also in the sky.
The paradise snake, which is native to south and southeast Asia, has been known to scientists for some time. But they never really understood how the species — and others like it — are able to glide through the air.
Researchers at Virginia Tech conducted controlled tests with the snakes in an indoor environment.
- Misapplying information theory.
- Misinterpreting research related to protein rarity.
- Misunderstanding the creative potential of evolutionary processes.
Skeptics of information-based design arguments typically misunderstand the nature of biological information (see here and here). For instance, one physicist, Randy Isaac, stated the following:
We first note that, from a thermodynamics perspective, living cells are dynamic, open systems that continually exchange energy, entropy, and information with their surrounding environment...Thus there is plenty of opportunity for information to be transformed from one variable to another, from various physical states to useful information-bearing variables. Information in a cell is not conserved, just as entropy is not conserved in an open system.His analysis reveals a common confusion between what is termed the Shannon measure of information and semantic information (more generally, specified complexity).
The celestial object, also known as C/2020 F3, raced past our planet at a distance of some 103 million kilometers. Vagner snapped a photo of it while on board the International Space Station (ISS) and shared the picture on Twitter.
Comment: Twitter is full of excellent amateur footage of NEOWISE:
See also:
- A trifecta of astronomical shows coming in July
- NASA warns of FIVE more asteroids set to blaze past Earth, as scientists devise method of planetary defense
- Comet ATLAS Y4 is breaking up

An artist’s concept of NASA’s Double Asteroid Redirection Test spacecraft, which, if all goes well, will slam into a space rock and knock it into a different orbit.
The impact on that asteroid could produce the first meteor shower ever to result from human activities in space, according to a paper published earlier this year in The Planetary Science Journal. Observing the shower could let scientists on Earth study the composition of near-Earth asteroids. But this cloud of debris would also mark a small irony for a space mission that has a goal of helping to protect our planet.
If this small shower of space rocks reaches our planet, it will create a minuscule amount of peril for orbiting satellites. Although the risk is tiny, the study's author says, anticipating the effects of the spacecraft's operations could establish a template for future space missions to minimize their impacts on Earth and the commons of space through which it travels.
The new feature was discovered by amateur astronomer Clyde Foster of Centurion, South Africa. Early on the morning of May 31, 2020, while imaging Jupiter with his telescope, Foster noticed a new spot, which appeared bright as seen through a filter sensitive to wavelengths of light where methane gas in Jupiter's atmosphere has strong absorption. The spot was not visible in images captured just hours earlier by astronomers in Australia.
On June 2, 2020, just two days after Clyde Foster's observations, Juno performed its 27th close flyby of Jupiter. The spacecraft can only image a relatively thin slice of Jupiter's cloud tops during each pass. Although Juno would not be travelling directly over the outbreak, the track was close enough that the mission team determined the spacecraft would obtain a detailed view of the new feature, which has been informally dubbed "Clyde's Spot."
The feature is a plume of cloud material erupting above the upper cloud layers of the Jovian atmosphere. These powerful convective "outbreaks" occasionally erupt in this latitude band, known as the South Temperate Belt (JunoCam observed another outbreak at this latitude back on Feb. 7, 2018).
The news comes from research published this week in the US scientific journal 'Cell'. It involved the genetic sequencing of more than 6,000 coronavirus DNA sequences collected from around the world. Of all of these thousands of variants, one that had the researchers particularly worried was the Spike D614G strain - a mutant virus with a crucial change in its DNA code affecting the so-called 'spike proteins' on the virus's surface. These spikes are what allow it to enter human cells, and the mutation seems to make it even better at doing so.
A preliminary version of these findings had already been published on the open-access preprint repository bioRxiv ahead of a peer review as "an early warning" to other researchers studying new strains of the virus. But, since then, the scientists behind the study have confirmed that the new strain is not associated with "increased disease severity." In other words, it doesn't make people any sicker than the previous strains that initially spread in Europe and America.
Comment: Well, as we know one can't trust Covid death statistics. They have been wildly overblown since hospitals have been ordered to include every death with Covid, as well as those distinctly from Covid. So, if the 'second wave' begins....take it with a degree of skepticism.
- "No one has died from the coronavirus": Important revelations shared by Dr Stoian Alexov, President of the Bulgarian Pathology Association
- I've signed death certificates during Covid-19. Here's why you can't trust any of the statistics on the number of victims
- The Top Twelve Lies about Covid19
- The way 'Covid deaths' are being counted is a national scandal
- Do Covid-19 Statistics Represent 'Excess Deaths' or State-sponsored 'Homicide'?

The Five-hundred-meter Aperture Spherical radio Telescope (FAST) is a radio telescope located in southwest China. It consists of a fixed 500 m (1,600 ft) diameter dish constructed in a natural depression in the landscape. It is the world’s largest filled-aperture radio telescope.
Recently, an international research team led by Dr. CHENG Cheng from Chinese Academy of Sciences South America Center for Astronomy (CASSACA) observed four extragalactic galaxies by using the FAST 19-beam receiver, and detected the neutral hydrogen line emission from three targets with only five minutes of exposure each. This is the first publication for FAST to detect extragalactic neutral hydrogen.
The technique developed by Dan Nemrodov, a postdoctoral fellow in Assistant Professor Adrian Nestor's lab at U of T Scarborough, is able to digitally reconstruct images seen by test subjects based on electroencephalography (EEG) data.
"When we see something, our brain creates a mental percept, which is essentially a mental impression of that thing. We were able to capture this percept using EEG to get a direct illustration of what's happening in the brain during this process."For the study, test subjects hooked up to EEG equipment were shown images of faces. Their brain activity was recorded and then used to digitally recreate the image in the subject's mind using a technique based on machine learning algorithms.
But these algorithms also risk being discriminatory by basing their recommendations on categories like someone's sex, sexuality, or race. So far, all attempts to de-bias our algorithms have failed.
But a new approach by Niki Kilbertus at the Max Planck Institute for Intelligent Systems in Germany and colleagues claims to offer a way to bake fairness right into the process of training algorithms.
Comment: It's odd that they're assigning terms like 'racist' and 'sexist' to a machine that has no capacity for emotional reasoning. It is literally just looking at the facts. If gay drivers are more likely to get in accidents, to take an example from above, the unbiased algorithm is going to factor that into assigning car insurance rates. Car insurance companies have been weighting rates based on gender for decades, with men getting higher rates than women because they're statistically more likely to have accidents. Is that sexist?
At the end of the day, it seems like what is really at issue is the fact that the people creating the algorithms are uncomfortable with what the data is telling them. The numbers don't care about political correctness.
See also:
- Artificial Intelligence will make our forever wars truly forever
- What can go wrong? Drones will soon use artificial intelligence to decide who to kill
- Sexist AI: Amazon ditches recruitment tool that turned out to be anti-women
- A new religion was just created by a Silicon Valley exec and a 'Godhead' based on artificial intelligence will be worshipped
- 5 times artificial intelligence revealed sexist and racist biases
- Racist & sexist AI bots could discriminate against job, insurance & loans - tech experts
A suite of experiments that use the gene-editing tool CRISPR-Cas9 to modify human embryos have revealed how the process can make large, unwanted changes to the genome at or near the target site.
The studies were published this month on the preprint server bioRxiv, and have not yet been peer-reviewed1,2,3. But taken together, they give scientists a good look at what some say is an underappreciated risk of CRISPR-Cas9 editing. Previous experiments have revealed that the tool can make 'off target' gene mutations far from the target site, but the nearby changes identified in the latest studies can be missed by standard assessment methods.
Comment: See also:
- New era in medicine? Doctors try 1st CRISPR editing in the body for blindness
- MORE unintended effects of CRISPR: Gene-edited plants could be toxic
- We need to know what happened to CRISPR twins Lulu and Nana
- 'Deliberate falsehood': Scientists shred Chinese CRISPR babies experiment after leak of unpublished research
- One of CRISPR's inventors has called for controls on gene-editing technology













Comment: Another fascinating take on the paradise snake