The Higgs boson has once again been confirmed with new data, and the scientists are disappointed!

The Higgs boson has once again been confirmed with new data, and the scientists are disappointed!

Alas, most of the Higgs results being presented this week at the Hadron Collider Physics symposium in Kyoto, Japan, have been well within our standard understanding. Physicists at ATLAS and CMS, the two largest particle detectors at the LHC, have about double the amount of data they did in July; this new data hasn’t dramatically changed the tentative conclusion that the LHC is seeing a plain-old Standard Model Higgs.

In other words, the theories are proving to be just about exactly right. No big surprises, which means no new mysteries to solve.

Scientists have found that the method used by the IPCC to measure droughts has significantly overestimated their number during the the past 60 years.

The uncertainty of science: Scientists have found that the method used by the IPCC to measure droughts has significantly overestimated their number during the the past 60 years.

Although previous studies have suggested that droughts have increased over that 60-year period, the team’s new analysis hints that the increase in drought has been substantially overestimated. For instance, the new assessment technique found that between 1980 and 2008, the global area stricken by drought grew by approximately 0.08% per year—less than one-seventh the increase estimated by the temperature-only [IPCC method].

The IPCC and the global warming activists that run it had claimed that the warming climate was causing more droughts. It turns out that claim was essentially false. The number of droughts has apparently not gone up. Note that this fact is actually not a surprise to those who have read the IPCC reports carefully. Deep down past their simplistic summaries, the reports have consistently pointed out that these conclusions were very uncertain and could be found to be wrong.

Not surprisingly, the article above spends a lot of time trying to rationalize this new data, quoting one scientist who insists there is nothing to see here, move on! The trouble is that there is plenty to see here. Our knowledge of the climate remains very incomplete.

The discovery of volcanoes on Io

discovery image

On March 8, 1979, as Voyager 1 was speeding away from Jupiter after its historic flyby of the gas giant three days earlier, it looked back at the planet and took some navigational images. Linda Morabito, one of the engineers in charge of using these navigational images to make sure the spacecraft was on its planned course, took one look at the image on the right, an overexposed image of the moon Io, and decided that it had captured something very unusual. On the limb of the moon was this strange shape that at first glance looked like another moon partly hidden behind Io. She and her fellow engineers immediately realized that this was not possible, and that the object was probably a plume coming up from the surface of Io. To their glee, they had taken the first image of an eruption of active volcano on another world!

Today, on the astro-ph preprint website, Morabito has published a minute-by-minute account of that discovery. It makes for fascinating reading, partly because the discovery was so exciting and unique, partly because it illustrated starkly the human nature of science research, and partly because of the amazing circumstances of that discovery. Only one week before, scientists has predicted active volcanism on Io in a paper published in the journal Science. To quote her abstract:
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Astronomers have found a super-earth exoplanet inside its star’s habitable zone.

Worlds without end: Astronomers have found a super-earth exoplanet inside its star’s habitable zone.

The planet is large enough that it might be more like Neptune, but if it should have any earth-sized moons they will definitely be capable of supporting life.

Update: The science paper included a wonderful graphic comparing the solar system of this star with that of our own solar system. I have posted this graphic below the fold. HD40307g is the potentially habitable planet.
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A house-sized asteroid will zip past the Earth in February at a distance less than 14,000 miles.

Chicken Little report: A house-sized asteroid will zip past the Earth in February at a distance less than 14,000 miles.

The asteroid, referred to as 2012 DA14, has a diameter of approximately 45m and an estimated mass of 130,000 tonnes. It was discovered at the start of 2012 and is set to travel between the Earth and our geostationary communication satellites on 15 February 2013. At a distance of just 22,500km this will be the closest asteroid ‘fly by’ in recorded history. Asteroid and comet researchers will be gathering at the University of Central Florida (UCF) in Orlando, U.S., to watch the event, but experts say there is no chance of a collision – this time.

The claim that this is the closest “fly by” in recorded history sounds bogus to me, but because of the size of this asteroid the fly-by will nonetheless be quite interesting. Scientists should be able to get a very good look at 2012 DA14 as it goes by.

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