Science & Technology
University of Alabama-Huntsville climate scientists John Christy and Richard McNider found that by removing the climate effects of volcanic eruptions early on in the satellite temperature record it showed virtually no change in the rate of warming since the early 1990s.
"We indicated 23 years ago - in our 1994 Nature article - that climate models had the atmosphere's sensitivity to CO2 much too high," Christy said in a statement. "This recent paper bolsters that conclusion."
Christy and McNider found the rate of warming has been 0.096 degrees Celsius per decade after "the removal of volcanic cooling in the early part of the record," which "is essentially the same value we determined in 1994 ... using only 15 years of data."
The study is sure to be contentious. Christy has argued for years that climate models exaggerate global warming in the bulk atmosphere, which satellites have monitored since the late 1970s.
A scientist in Brazil has proposed a way of overcoming the problem presented by the Big Bang theory, the need for the singularity of spacetime, by doing away with the theory altogether.
In an article entitled, "Bouncing cosmology inspired by regular black holes," published in the September issue of the General Relativity and Gravitation journal, Neves puts forward the notion that the universe expands and contracts in a cyclical way.
"One of the consequences of my work could be a 'cyclical' vision of the universe," Juliano Cesar Silva Neves, a physicist at Brazil's University of Campinas (IMECC-UNICAMP), told Sputnik Brasil.
The satellite was sent into space early Tuesday in what was only the second launch from Russia's newly-built Vostochny cosmodrome in the Far East. The $5-billion cosmodrome's first launch took place after a 24-hour delay in April 2016.
Now the species known as the Mariana snailfish has its official scientific name: Pseudoliparis swirei, a Latin-inspired designation paying tribute to Herbert Swire, a navigator on the 19th-century expedition that discovered the Mariana Trench.
A researcher at the University of Washington's Friday Harbor Laboratories played a key role in Pseudoliparis swirei's discovery. UW's Mackenzie Gerringer is the lead author of a paper on the species' discovery, published today in the open-access journal Zootaxa.

Geologists claim the dangerous Hikurangi subduction zone - running offshore from the top of the South Island to Gisborne in the north - has begun to move
The Hikurangi subduction zone - a deep trench in the Earth's crust running along the eastern shore of New Zealand's North Island - is now active and could trigger magnitude 8.5 earthquakes, which would be far more devastating that the one that hit the islands in 2016, a group of scientists from the GNS research institute warn. The earthquakes are also likely to be followed by tsunamis that could reach New Zealand's coast within mere minutes, the geologists add.
"We need to think Japan 2011, basically, because if our whole plate boundary ruptured, it would be a magnitude 9 earthquake," Ursula Cochran, an earthquake geologist at the GNS, told the local media. "The Hikurangi subduction zone is potentially the largest source of earthquake and tsunami hazard in New Zealand, but there is still much to learn about it," GNS Science said in a statement earlier.
Subduction zones similar to the one located near New Zealand are areas in which tectonic plates collide, with one being forced over the top of one another, creating what the geologists call a "megathrust." In case of the Hikurangi subduction zone, the Australian plate is overhanging the Pacific one.
Earlier earthquakes that took place in such zones include the devastating 2011 earthquake followed by tsunami in Japan that claimed lives of thousands of people and triggered the Fukushima nuclear disaster, as well as a 2004 Indonesia magnitude 9.0 earthquake that left as many as 250,000 people dead.
A disaster that could potentially hit New Zealand would affect many heavily populated areas, such as Napier, Gisborne, Nelson, Wellington, Blenheim and Palmerston North. All those areas are located too close to the Hikurangi subduction zone for the scientists to issue a timely warning.
According to established folklore, the yeti is an ape-like creature native to the frozen and mountainous regions of Tibet and Nepal. The star of countless horror films and B-movies, the beast, otherwise known as 'the abominable snowman', has seen its place in popular culture boosted by fantastical exhibits of skin and bone purported to have come from the mythical creature.
Described as the "most rigorous analysis" of the yeti's existence to date, scientists from the University of Buffalo have carried out DNA testing on samples collected from the Tibetan Plateau and Himalayan region by an Italian mountaineering museum and a documentary film company.
Published in the Royal Society B journal, the research found that in all cases except one, the samples were found to come from bears. A tooth donated to the study from the Italian museum was identified as deriving from a dog.
Let's start with a mundane case. About a century ago, cosmologists began to realize that we can't explain the motions of galaxies unless we assume that a certain amount of unknown matter exists that we cannot yet observe with telescopes. Scientists called this "dark matter." This is a bold claim that requires extraordinary evidence. Still, the indirect evidence is mounting and most cosmologists now believe that dark matter exists. To the extent that non-scientists think about this issue at all, we tend to defer to experts in the field and move on with our lives.
December 17, 2017 will see an interesting astronomic event in the form of object 3200 Phaethon approaching our planet. This is a fairly large asteroid nearly 5 kilometers in diameter, which will fly past the Earth within 10 million kilometers, close by space standards.
The asteroid derives its name from its unusual orbit that in perihelia brings it closer to the Sun than any other named asteroid (20 million kilometers). To compare: Mercury, the closest planet to the Sun in the Solar system, is 46 million kilometers from the Sun.
Comment: This is the closest crossing by one of many asteroids threatening our planet of late:
- Close call? Asteroid could pass Earth by 11k miles, 95% closer than the moon
- House-sized asteroid will come 'damn close' to Earth next week as it passes only 27,000 miles away
- Nearly three-mile wide Asteroid Florence will pass close to earth on September 1st
- Close pass by asteroid 2017 GM
- Asteroid 2017 DG16 to fly by Earth at 0.34 LD - 5th known NEA to flyby Earth within 1 lunar distance since January 8, 2017
Comment: The activity in our sky is increasing and in the last week or so there have been at least these sightings of meteor-fireballs:
(8th Nov) Bright meteor fireball explodes over northern Germany
(13th Nov) Impressive fireball blazes over Toledo, in the South of Spain (VIDEO)
(14th Nov) 'Blue sphere with green tail' meteor fireball seen over Alsace, France
(15th Nov) Another bright meteor fireball explodes over Germany (VIDEOS)
(15th Nov) Meteor fireball recorded over Ohio
(15th Nov) Fireball streaks across Phoenix sky (VIDEO)
(15th Nov) Bright fireball-meteor lights up sky over San Juan, Argentina
And for a more in-depth look at the recent events check out: (16th Nov) Incoming! Bright bolide explodes over northern Finland (VIDEOS)

The Souyz-2 spacecraft with Meteor-M satellite and 18 additional small satellites launches from Russia's new Vostochny cosmodrome, near the town of Tsiolkovsky in the Amur region of Russia Tuesday.
The three-stage unmanned Soyuz-2.1b carrier rocket blasted off from the new spaceport in the Russian Far East at 8:41am Moscow time (5:41am GMT) on Tuesday. The rocket carried the Meteor-M 2.1 weather satellite and the secondary payload of 18 smaller satellites from other countries, including Canada, Norway, Japan and the US.
While the main satellite apparently reached intermediate orbit, contact with it was then lost. "During the first planned communication session with the satellite, it was not possible to establish a connection due to its absence in the target orbit," Russia's space corporation said in a statement, adding that further information is currently being analyzed.
The Russian Meteor satellite was aimed at monitoring the climate, controlling emergency situations and providing data for weather forecasts. The satellite can provide both global and local images of clouds, as well as data on ice and snow coverage conditions. Information received from the satellite could also have been used to monitor Earth's radiation balance.
The joint study from Yale Privacy Lab, an initiative linked to Yale Law School, and French non-profit research group Exodus Privacy, looked into 25 trackers found hidden in popular Google Play apps such as Uber, Tinder, Skype, Twitter, Spotify and Snapchat. The samples were taken from a total of 44 suspected smartphone trackers identified by Exodus Privacy.
The apps Tinder, Spotify, Uber and Amazon Echo in particular were identified as using Crashlytics, a Google-owned service designed to monitor app crash reports but which was later found to be providing firms with insights into users' activities.
"Publication of this information is in the public interest, as it reveals clandestine surveillance software that is unknown to Android users at the time of app installation," Privacy Lab said in a blog posted to its website. "These trackers vary in their features and purpose, but are primarily utilized for targeted advertising, behavioral analytics, and location tracking."













Comment: They're right, but good luck getting anyone to listen. Global warming is one of the central dogmas of today's religion of idiocy.