If one were to ask ministers of education what they consider to be the most important factor determining the quality of their education systems, the odds are high that they would refer to the quality of the teaching work force.

On average across OECD countries, almost one in four students – whether boy or girl – expects to work in an occupation that requires further science training beyond compulsory education. This brief highlights the kinds of science careers 15-year-olds anticipate for themselves in the future.

Investing in skills is crucial for fostering inclusive economic growth and creating strong societies. In an increasingly connected world, skills are particularly important for citizens to get the most out of new forms of capital, such as big data and robotics.

A recently published OECD publication, The Nature of Problem Solving: Using Research to Inspire 21st Century Learning, explores the concept of problem solving in great depth.

Girls are much better than boys at working together to solve problems, according to the first OECD PISA assessment of collaborative problem solving.

Successes and failures in the classroom will increasingly shape the fortunes of countries. And yet, more of the same education will only produce more of the same strengths and weaknesses.

The project provided recommendations to the city of Medellin and Antioquia to support the development of the local economy and includes a focus on how the innovative environment can be strengthened to support inclusion, entrepreneurship, SME, and local developmentto and how to better coordinate and integrate its policies with the national level.

Cultural and Creative Industries (CCIs) play an important role in the economic, social and urban development of cities and regions and are also a powerful engine for innovation and competitiveness. T‌he conference represents the closure of the 1st Summer Academy on Cultural and Creative Industries and Local Development.

This new Advisory Document replaces the 1995 consensus document on the Application of the Principles of GLP to Computerised Systems. It retains all of the key text from the original 1995 document, but includes new text to reflect the current state-of-the art in this field.

Caricaturist James Gillray was arrested over a print showing politicians kissing a new royal baby’s backside

Around one in seven accidents on the road are caused by motorists being distracted and a quarter of all deaths are due to drivers not being focused on the road, latest government stats show.

It's Hot or Not time again as Sportsmail's Riath Al-Samarrai reveals what's been making him feel warm and what's been leaving him cold this week.

The Budhan Theatre Group has become the nexus for a movement to change attitudes towards denotified tribes both within Ahmedabad's Chharanagar community and outside it.

The Government Medical College and Hospital (GMCH), Aurangabad, received an indigeneously-prepared robot from a local industry for the convenience of medical staff in management of Covid-19. The device helps in delivering items to Covid-19 patients at their bedside.

Forces have to get rid of their dependence on foreign weapon systems: General Bipin Rawat

Gynaecologists have noticed a sharp spike in cases of menstrual complications among young women who are repeatedly using OTC EC and abortion pills.

Kriti and Nupur Sanon were seen enjoying gol gappe with their family at home. Check out a video.

As coronavirus disease (COVID-19) spreads rapidly infecting millions of people, researchers and scientists are continuously studying the new virus and recommending protective measures to combat the spread of the disease further. Many recent studies have shown that coronavirus can live on

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Smuggled items seized

UCM, AMUCO, CAU, BGVS, actress Tonthoi and others distribute relief items

It is a case of trying to understand the society around us through experiential knowledge transfer

A review of recent and ongoing development and results within the field of biological solution small-angle X-ray scattering (BioSAXS), with a focus on the increasing complexity of biological samples, data collection and data evaluation strategies.

The local Fourier-space relation between diffracted intensity I, diffraction wavevector q and dose D, ilde I(q,D), is key to probing and understanding radiation damage by X-rays and energetic particles in both diffraction and imaging experiments. The models used in protein crystallography for the last 50 years provide good fits to experimental I(q) versus nominal dose data, but have unclear physical significance. More recently, a fit to diffraction and imaging experiments suggested that the maximum tolerable dose varies as q−1 or linearly with resolution. Here, it is shown that crystallographic data have been strongly perturbed by the effects of spatially nonuniform crystal irradiation and diffraction during data collection. Reanalysis shows that these data are consistent with a purely exponential local dose dependence, ilde I(q,D) = I0(q)exp[−D/De(q)], where De(q) ∝ qα with α ≃ 1.7. A physics-based model for radiation damage, in which damage events occurring at random locations within a sample each cause energy deposition and blurring of the electron density within a small volume, predicts this exponential variation with dose for all q values and a decay exponent α ≃ 2 in two and three dimensions, roughly consistent with both diffraction and imaging experiments over more than two orders of magnitude in resolution. The B-factor model used to account for radiation damage in crystallographic scaling programs is consistent with α = 2, but may not accurately capture the dose dependencies of structure factors under typical nonuniform illumination conditions. The strong q dependence of radiation-induced diffraction decays implies that the previously proposed 20–30 MGy dose limit for protein crystallography should be replaced by a resolution-dependent dose limit that, for atomic resolution data sets, will be much smaller. The results suggest that the physics underlying basic experimental trends in radiation damage at T ≃ 100 K is straightforward and universal. Deviations of the local I(q, D) from strictly exponential behavior may provide mechanistic insights, especially into the radiation-damage processes responsible for the greatly increased radiation sensitivity observed at T ≃ 300 K.

New observations by the Smithsonian’s Submillimeter Array, a radio telescope atop Mauna Kea in Hawaii, are shedding light on planet formation. The array provides sharp views by combining eight antennas into the equivalent of a single, large telescope. It can resolve details as small as a dime seen from seven miles away.

The post Cosmic “baby photos” of distant solar systems lend insight as to how planets form appeared first on Smithsonian Insider.

Today, researchers who found the first hypervelocity stars escaping the Milky Way announced that their search also turned up a dozen double-star systems. Half of those are merging and might explode as supernovae in the astronomically near future.

The post Astronomers discover merging star systems that might explode appeared first on Smithsonian Insider.

NASA's Kepler spacecraft is proving itself to be a prolific planet hunter. Within just the first four months of data, astronomers have found evidence for more than 1,200 planetary candidates. Of those, 408 reside in systems containing two or more planets, and most of those look very different than our solar system.

The post The Kepler spacecraft’s astounding haul of multiple-planet systems appeared first on Smithsonian Insider.

Imagine a gas giant planet spanning three times more sky than the Moon looming over the molten landscape of a lava world. This alien vista exists in the newly discovered two-planet system of Kepler-36.

The post Close encounters between planetary systems of Kepler-36 stun astrophysicists appeared first on Smithsonian Insider.

The Smithsonian Environmental Research Center has just launched a new series of 15 short educational videos titled “Ecosystems on the Edge,” which mainly focus on […]

The post “Ecosystems on the Edge” on Youtube appeared first on Smithsonian Insider.

Hellbenders, aquatic salamanders from the eastern United States, are surprisingly good at dealing with unpredictable weather. In a recent study published in the Journal of […]

The post Zoo scientists find sudden stream temperature changes boost hellbender immune systems appeared first on Smithsonian Insider.

The Smithsonian’s National Museum of Natural History recently acquired four remarkable gemstones and jewelry pieces for the Smithsonian’s National Gem Collection in celebration of the 100th anniversary of the museum.

The post National Museum of Natural History acquires gemstones in honor of its 100th anniversary appeared first on Smithsonian Insider.

The Smithsonian Research Online program recently surpassed the mark of 10,000 publications in the Digital Repository. This collection of digital publications by Smithsonian staff represents a broad review of research done by researchers at the Institution.

The post Smithsonian Digital Repository Now Contains 10,000 Items appeared first on Smithsonian Insider.

Even tiny crustaceans scuttling across the deepest, darkest depths of the ocean floor will feel the effects of climate change, according to a new study […]

The post Climate change to impact even deep-ocean ecosystems appeared first on Smithsonian Insider.

Most earthworms in U.S. soils aren’t native–and they are threatening America’s forests. Smithsonian ecologist Melissa McCormick explains how earthworms can be good for gardens and […]

The post Ecosystems on the Edge: Earthworm Invaders appeared first on Smithsonian Insider.