Downings singer Shane McLaughlin has been battling glandular fever this week in time to be ready his appearance on tonight’s The Voice.Shane has been unable to practice and will face an uphill battle in tonight’s RTE’s show if he is to go through.Shane received medical attention all week after being struck down wit the illness on Tuesday. A family member told Donegal Daily “For Shane to be even appearing tonight is a victory in itself.“He was in a very bad way during the week and we didn’t even think he would be able to sing on tonight’s show.“But Shane is a battler and he will give it his all tonight.”Shane is up against one of the favourites to win the show Kelly Mongon from Cork. Shane will perform The Zutons hit ‘Valerie’ in his bid to go through to the next stage of the show.The show will start at 6.30pm and the results will be shown at 8.30pm.SO getting voting Donegal to keep Shane in the show! SHANE STRUCK WITH GLANDULAR FEVER ON EVE OF RTE’S THE VOICE was last modified: April 7th, 2013 by StephenShare this:Click to share on Facebook (Opens in new window)Click to share on Twitter (Opens in new window)Click to share on LinkedIn (Opens in new window)Click to share on Reddit (Opens in new window)Click to share on Pocket (Opens in new window)Click to share on Telegram (Opens in new window)Click to share on WhatsApp (Opens in new window)Click to share on Skype (Opens in new window)Click to print (Opens in new window) Tags:glandular feverRTEshane mclaughlinthe voice
Geophysicists are still puzzling over how the earth’s magnetic field and Van Allen radiation belts protect the surface from deadly particles in the solar wind.The Van Allen belts are lobes of high-energy particles above the atmosphere, formed as a consequence of the geomagnetic field. First discovered in 1958 by Dr James Van Allen of the University of Iowa, using instruments aboard the Explorer satellites designed by JPL spacecraft pioneer Dr. Henry Richter, these belts have long puzzled scientists. A pair of spacecraft called the Van Allen Probes have been gathering data about the belts since 2012. NASA’s Magnetospheric Multiscale Mission (MMS) also gathered data since 2015. Elizabeth Howell provides this overview of the Van Allen Belts on Space.com. She says,On the 60th anniversary of Explorer 1, NASA said that studies of the Van Allen belts are even more important today. “Our current technology is ever more susceptible to these accelerated particles because even a single hit from a particle can upset our ever smaller instruments and electronics,” said David Sibeck, Van Allen Probes mission scientist at NASA’s Goddard Space Flight Center in Maryland, in a 2018 statement. “As technology advances, it’s actually becoming even more pressing to understand and predict our space environment.“Here are additional news items about what these structures do for us.Shock at the BowHow Solar Wind Drops from Gale to Gentle Breeze as It Hits Earth’s Magnetic Field (University of Maryland). Animations of the solar wind often show particles streaming out from the sun directly at the earth, but our planet actually plows through the field along its orbital path, increasing the speed at which the particles impinge on our home were it not for planetary protection provided by the magnetic field. The press release explains,Bow shock (blue) with Van Allen Belts inside (pink). Credit: NASA. Click image for details.As Earth orbits the sun at supersonic speed, it cuts a path through the solar wind. This fast stream of charged particles, or plasma, launched from the sun’s outer layers would bombard Earth’s atmosphere if not for the protection of Earth’s magnetic field.Just as the nose of a motorboat creates a bow-shaped wave as it pushes through the water, Earth creates a similar effect—called a bow shock—as it pushes through the solar wind. A new University of Maryland-led study describes the first observations of the process of electron heating that happens in Earth’s bow shock.The paper is published in Physical Review Letters. They found bad news before they understood the good news:The researchers found that when the electrons in the solar wind encounter the bow shock, they momentarily accelerate to such a high speed that the electron stream becomes unstable and breaks down. This breakdown process robs the electrons of their high speed and converts the energy to heat….“If you were to stand on a mountaintop, you might get knocked over by a fast wind,” explained Li-Jen Chen, lead author of the study and an associate research scientist in the UMD department of astronomy. “Fortunately, as the solar wind crashes into Earth’s magnetic field, the bow shock protects us by slowing down this wind and changing it to a nice, warm breeze. We now have a better idea how this happens.”It’s not friction, therefore, that slows down the killer electrons; it’s breakdown of the electron stream due to instability. This is a new discovery from spacecraft measurements. “The study of electron heating is important not just for understanding how the bow shock protects Earth, but potentially for satellites, space travel and maybe exploring other planets in the future,” says Li-Jen Chen of the University of Maryland, lead author of the study. Her comment raises the question whether exoplanets could be habitable without such mechanisms. Richter’s book Spacecraft Earth raises the question whether a protective magnetic field could survive for millions of years.Earth’s Magnetic Field is A Ruthless, Solar-Wind-Shredding Machine (Space.com). Brandon Specktor notes that the breakdown of the electron stream occurs in just 90 milliseconds – nine one-hundredths of a second. If it weren’t for this newly-discovered process, he says, earth would be fried:Earth is constantly being bombarded by a hot, soupy plasma of protons, electrons and ions loosed by the sun in the form of solar wind. These winds blow all day and in all directions, blasting out of our nearest star at speeds of up to 500 miles per second (800 kilometers per second) and temperatures of up to 2.9 million degrees Fahrenheit (1.6 million degrees Celsius), according to NASA. You’d think that would be more than enough to bake our planet into a giant, orbiting lump of ash, but Earth and its atmosphere remain largely unscathed thanks to the planet’s strong magnetic field.Scientists are still trying to understand these processes, the article ends. “But for now, enjoy the gentle winds of summer — and know, somewhere out there, that Earth’s magnetic field is violently ripping billions of solar electrons to bits on your behalf.”Van Allen Radiation Belts within the magnetic field (NASA).Chirping Birds and Swing PushersWhat Causes Radiation Belt Enhancements: A Survey of the Van Allen Probes Era (Geophysical Research Letters). With an animation of electrons under the influence of the magnetic field, a press release from NASA-Goddard explains how electrons become excited within the belts.Encircling Earth are two enormous rings — called the Van Allen radiation belts — of highly energized ions and electrons. Various processes can accelerate these particles to relativistic speeds, which endanger spacecraft unlucky enough to enter these giant bands of damaging radiation. Scientists had previously identified certain factors that might cause particles in the belts to become highly energized, but they had not known which cause dominates.Now, with new research from NASA’s Van Allen Probes and Time History of Events and Macroscale Interactions during Substorms — THEMIS — missions, published in Geophysical Research Letters, the verdict is in. The main culprit is a process known as local acceleration, caused by electromagnetic waves called chorus waves. Named after their characteristic rising tones, reminiscent of chirping birds, chorus waves speed up the particles pushing them along like a steady hand repeatedly pushing a swing. This process wasn’t a widely accepted theory before the Van Allen Probes mission.Additional InformationRadial Transport of Higher‐Energy Oxygen Ions Into the Deep Inner Magnetosphere Observed by Van Allen Probes (Geophysical Research Letters). “We suggest that the higher‐energy oxygen ions are transported to the inner magnetosphere selectively by the combination of two resonances: drift resonance and drift‐bounce resonance.”Explaining the apparent impenetrable barrier to ultra-relativistic electrons in the outer Van Allen belt (Nature Communications).Recent observations have shown the existence of an apparent impenetrable barrier at the inner edge of the ultra-relativistic outer electron radiation belt. This apparent impenetrable barrier has not been explained…. Contrary to earlier claims, sharp boundaries in fast loss processes at the barrier are not needed. Moreover, we show that penetration to the barrier can occur on the timescale of days rather than years as previously reported, with the Earthward extent of the belt being limited by the finite duration of strong solar wind driving, which can encompass only a single geomagnetic storm.Update 6/12/18: Astrobiology Magazine reports that European Space Agency (ESA) scientists are seeking to understand how the solar wind impacts rocks on the moon and Mercury. Most solar wind particles consist of hydrogen ions (protons) and helium ions, but some heavier atoms are in the mix, too. These particles can impact surface rocks at speeds of 400 to 800 km per second, shattering the rock and dislodging atoms in a process called sputtering. The erosional damage does not affect Earth:The planets and moons of our solar system are continuously being bombarded by particles hurled away from the sun. On Earth this has hardly any effect, apart from the fascinating northern lights, because the dense atmosphere and the magnetic field of the Earth protect us from these solar wind particles. But on the Moon or on Mercury things are different: There, the uppermost layer of rock is gradually eroded by the impact of sun particles.Constant bombardment and liberation of particles by sputtering creates a thin “exosphere” around the moon and Mercury that scientists can study remotely for clues about surface composition. “The effects of solar wind bombardment are in some cases much more drastic than previously thought,” the article explains, because heavier elements not only have more mass but can carry multiple levels of charge (i.e., they lack several electrons). Their impact on a surface can atomize rocks in a flash of kinetic and electrical energy.The article notes that “the uppermost layer of rock is gradually eroded by the impact of sun particles,” but did not mention what effects could be expected over millions or billions of years. The ESA’s first mission to Mercury, called BepiColombo is scheduled for launch in October 2018.We need to keep in mind these physical mechanisms as we “enjoy the gentle winds of summer,” realizing that multiple laws of physics and chemistry appear to have ‘conspired’ to work together for our benefit. Secular scientists would have us believe that there are so many stars and planets, life must be commonplace. They have a very permissive view of what chance can accomplish, both biologically and physically. In Spacecraft Earth, Dr. Richter identifies some 15 factors that work together to make our planet habitable. Using reasonable estimates of probability, he estimates that less than one planet in the universe would have all 15 factors! Of course, we know there is at least one. But is it reasonable to assume that habitable planets are a dime a dozen? Think how uncanny it is that physical processes that have nothing to do with life, like bow shocks and chorus waves, would play a role in protecting life far below, on the surface of a planet out of the range of their operations. The same argument could be made for physical processes under the earth’s surface, such as mineral transport and plate tectonics, and for physical processes within the biosphere, such as ocean currents and atmospheric circulation patterns. Additionally, there are astronomical considerations that make earth habitable, such as having the right kind of star, being the right distance from it, and having an axial tilt that gives rise to seassons. This doesn’t look like a haphazard arrangement of independent mindless processes. It supports what the Lord revealed in Isaiah 45:18For thus says the Lord, who created the heavens (he is God!), who formed the earth and made it (he established it; he did not create it empty, he formed it to be inhabited!): “I am the Lord, and there is no other.”(Visited 1,125 times, 1 visits today)FacebookTwitterPinterestSave分享0
(Visited 334 times, 1 visits today)FacebookTwitterPinterestSave分享0 This entry continues yesterday’s news about scientific integrity.Replication CrisisReplication failures in psychology not due to differences in study populations (Nature). Psychologists cannot just blame their replication failures on differences in the study groups. “Half of 28 attempted replications failed even under near-ideal conditions.”Researcher discusses the the science replication crisis (Phys.org). “If there’s a central tenet that unites all of the sciences, it’s probably that scientists should approach discovery without bias and with a healthy dose of skepticism,” this article begins. “The idea is that the best way to reach the truth is to allow the facts to lead where they will, even if it’s not where you intended to go.” Sounds like a great idea. When do they start?The Call for OpennessTime to break academic publishing’s stranglehold on research (New Scientist). Publishers have a vested interest in their power to decide what gets communicated as science. “Science journals are laughing all the way to the bank, locking the results of publicly funded research behind exorbitant paywalls,” this article complains. “A campaign to make content free must succeed.”Scientific impact increases when researchers publish in open access and international collaboration (PLoS One). This journal may have a bias, since it is an open-access publication. One can read it and check their conclusions against the data.No more first authors, no more last authors (Nature). Scientists desire to be first authors, so that their papers can be cited by their names, as in ‘Adams et al.’ Often, too, the last author is the most prestigious one in the group. In the day of increasing collaboration, this practice does more harm than good.Funders flesh out details of Europe’s bold open-access plan (Nature). If Europe’s ‘Plan S’ catches on, it will bring sunshine into science, allowing all the stakeholders – including the public – to see the research. Understandably, the journals behind paywalls stand to lose money big time. This article is fair, but is quick to point out problems the plan might create. See also Science Magazine‘s take on this development.Related SubjectsWhy academia reminds me of my childhood cult (Nature). In its daily briefing, Nature noted a piece in the Washington Post about Andrew Marzoni, who ‘blew off’ a pseudo-Christian cult in his childhood only to find similar methods of mind control in academia. “No one says it aloud, but every graduate student knows: This is the price you pay for a chance to enter the sanctum of the tenure track. Follow the leader, or prepare to teach high school.”Should All Nobel Prizes Be Canceled for a Year? (Live Science). Prizes are shiny objects the media loves, but they take eyes off of what science should be about: a search for truth. The quest for a prize can corrupt motives, and prizes often leave out worthy individuals. Since the rules only allow three winners per category, group discoveries suffer. And what about the other sciences that the Nobel Committee left out? Why should a few political leftists in Sweden be the determiners of who has made a “worthy” discovery? These are a few reasons to ask whether Nobel Prizes should not just be canceled for a year, but forever.The Moral Machine Experiment (Nature). Researchers in this paper claim to have made progress in defining morality policies for artificial intelligence, particularly moral dilemmas that autonomous vehicles will face. Obviously, “moral” cannot be defined by the scientific method. These authors truck their assumptions about morality into their work.Scientists struggle with confusing journal guidelines (Nature). Even if a scientist wants to do the right thing, how can he or she know what it is? This is especially a problem for researchers who do not speak English.To dispel myths, redirect the belief, study says (Medical Xpress). The very title of this article should raise red flags. Who granted scientists the right to decide how to change other people’s beliefs, especially when they have issues of integrity and fake science themselves? Falling for bad scientific ideas is undoubtedly a problem for many people lacking discernment, but when scientists become arbiters of effective methods for changing people, their methods could feed dictatorial regimes who want to enforce conformity.Science knowledge shifted along religious, political affiliations (Phys.org). Two social scientists at the University of Nebraska at Lincoln find that biases are hard to eradicate from research. Another sociologist says, “”Scientists hope that science is apolitical,” she said. “But we take in and code information based on our perspectives – including political ideology and religious beliefs.”First law of leadership: be human first, scientist second (Nature). Alison Antes gives social advice to researchers about building relationships in the lab. But to an evolutionist, what does it mean to “be human” if not to use cutthroat tactics for survival? She borrows Christian ethics, like “model desired behavior,” without attribution to the Apostle Paul, who said, “What you have learned and received and heard and seen in me—practice these things” (Philippians 4:9). Her article does illustrate, however, that science is done by humans who need to build character.Rogue science strikes again: the case of the first gene-edited babies (G. Owen Schaefer, The Conversation). The media are abuzz with ethical judgments about a Chinese researcher’s claim to have edit the genes of two baby girls. Boardman and O’Neill, one a geneticist and the other a social scientist, weigh in on the subject in another piece on The Conversation. The development opens up a huge can of worms, all admit, and many say further research of this type should be outlawed.Shock greets claim of CRISPR-edited babies (Science Magazine).Can scientists use gene editing for disease prevention but not human enhancement? (Phys.org).Editorial: The (somewhat obvious) ethical problems with creating gene-edited babies (The Times Editorial Board via Phys.org)Notice that science cannot be neutral here. Science “can” do things that it “should not” do. Read Wesley J. Smith’s comments on this development at Evolution News.One thing Big Science needs to do is get out of politics. We have collected a large number of new examples of political bias in scientific papers and articles that we will be sharing soon. Today’s entry provides foundation for questioning Big Science’s ability to be unbiased.Scientist, research thyself.Recommended Resource: J. P. Moreland’s new book Scientism and Secularism: Learning to Respond to a Dangerous Ideology puts into print many of Moreland’s ideas on philosophy of science (his PhD specialization), extending them since his 1999 book Christianity and the Nature of Science. Hear an interview about the book on ID the Future. He defines scientism, and shows three major reasons it is indefensible as a philosophy or way of knowing. When interviewer Michael Keas (PhD in history of science) says that historians and philosophers need to work together, Moreland gives the following response that is worth sounding throughout the churches of America.We really have to alert the public. Youth leaders, our Christian school teachers, parents that are raising their kids, we need to alert them to the fact that scientism is really at the bottom of the turmoil we’re facing at culture. Barna did a study recently and found that the six reasons that people are leaving Christianity for atheism are all intellectual reasons, and a couple of them deal with the inability of the church to help believers know how to relate their theology and their Biblical beliefs to science – and science trumps! And so we have retreated to “faith,” and the culture has become morally relativistic because the major things about religion and politics and ethics can’t be known scientifically. So what scientism has done is funded relativism in culture and blind faith commitments in Christianity. And that isn’t sustaining people when they get out of our youth groups and go to college or go into the workforce and meet thoughtful, intelligent unbelievers who will say things like, “Well, prove it– you can’t prove Christianity scientifically, so I don’t have to listen to you.” They don’t know what to say. And so my book is an attempt to do what you’re calling us to do, and that is to work together with our Christian leaders and parents to give them a tool they can learn about themselves and teach our kids and inoculate them responsibly so that they’re not sucked into a culture of scientism.When you tie these thoughts into what you have just read above in Nature and Science about Big Science’s own admissions of bias and unreliability, we should ask: why should anyone bow to the false idol of scientism? Integrity is the foundation of trust for any claim by any person in any field, not appeal to some “method” that scientists self-righteously assert protects them from error.How leading experts can be fooled.Another helpful resource is Jerry Bergman’s recent book Evolution’s Blunders, Frauds and Forgeries (2017). When you learn about how leading scientists fell for fraudulent claims in the past (like Piltdown Man and much more), you begin to realize that scientists are just as prone to error as anyone, especially when their Darwinian ideology motivates their research.[What Piltdown hoaxes are floating about these days, to be exposed some future day? We can suggest several candidates.]
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Share Facebook Twitter Google + LinkedIn Pinterest More than 40 loads of hay, feed, volunteers, and supplies left Ohio this morning to make the more than 1,000 mile trip to help those in need in Ashland, Kansas.
The National Green Tribunal (NGT) on Thursday ordered a ban on camping activities within 100 metres of the Ganga. A Bench headed by chairperson Swatanter Kumar said the ban will be imposed from Kaudiyala to Rishikesh in Uttarakhand.There are 33 beaches along the Ganga.Activist Vikrant Tongad had moved the NGT against camping along the river. He had contended that camping and river rafting, when done without any regulations, would disturb the environment.He highlighted that people who had camped along the river disposed of waste in the river and also left behind glass and plastic bottles on the banks.
When the cover was removed a few minutes before 8 am on Thursday, the pitch looked bone dry, even as dark clouds continued to hover over the M Chinnaswamy Stadium, the venue of the second and final Test between India and New Zealand, starting on Friday.The forecast of showers and thunder showers remains, but it should concern more the Kiwis rather than the Indians, who are 1-0 ahead in the series. Rain also affected the first Test in Hyderabad, but it failed to prevent India from winning by an innings.The stark difference in quality between the two teams was visible in Hyderabad where India took just four days to wrap up the big win. Spin was the dominant force in the first Test as off-spinner R Ashwin (12) and left-armer Pragyan Ojha (six) bagged 18 of the 20 New Zealand wickets.Despite being in a strong position, captain MS Dhoni ruled out experimentation just because India are in an advantageous position. “No, we are not experimenting; whatever is the best combination for this Test, we’ll feature it,” he said.New Zealand are, on the other hand, relying more on pace and are badly missing their wily left-armer Daniel Vettori, who was ruled out the Test series with a shoulder injury. Vettori is here with the team but he can only guide from outside.Their second most-experienced spinner is Jeetan Patel, who has bagged 44 wickets in 14 Tests.New Zealand have also brought Tarun Sai Nethula, a leg-spinner who was born in Kurnool, Andhra Pradesh, but it remains to be seen if he makes his Test debut in Bangalore.advertisementHere, it may be slightly different for Nethula as the final face of the pitch is yet to be known. Dhoni said that the pitch and the Bangalore weather may slightly assist the New Zealand pacers.
Peugeot logoReutersIn April 2016, French carmaker Peugeot, which is now PSA Peugeot Citroen (Groupe PSA), had confirmed its plans to re-enter India by 2018 as part of the ‘Push to Pass’ plan, a growth plan strategy of the company for 2016 to 2021. The company was in search of an Indian partner and it now looks like it has got one.Also read: Lexus, Kia, Daihatsu, SAIC among seven car makers coming to IndiaFrench website Les Echos reports that Groupe PSA has forged an alliance with New Delhi-based CK Birla Group. The details of the operation are expected to be revealed by Carlos Tavares, the boss of the French manufacturer, at a press conference soon.The tie-up will make use of the Hindustan Motors plant in Chennai as its production unit, the report adds. Hindustan Motors is owned by the Birla family and is one of the oldest carmakers in India with its iconic sedan Ambassador. The plant currently produces some of the Mitsubishi vehicles and has a capacity of manufacturing 12,000 vehicles per year. The first car launch of Peugeot in India is expected before 2020.The French carmaker was one of the early birds in India after the country’s economy opened up for foreign investments in the early 1990s. The company had partnered with Premier Automobiles in 1994 and offered the 309 sedan. However, the partnership ran into trouble with labour issues, and Peugeot wound up its India operations in 1997.After a long hiatus, the second entry was confirmed six years ago, and the company showcased 3008 hybrid, RCZ, 3008 crossover and 908 LeMans car at the Auto Expo 2012. PSA was planning to build a plant worth more than 600 million euros in Gujarat. However, financial uncertainties prompted the company to shelve the plan.Source: Les Echos
Unseen Passages, an art show that exhibits the works from the studios of two young and discerning women is on in the Capital that started off on 13 October. Delhi based artist Pallavi Singh’s series Desire to be Desired explores her observations of male vanity and the conditions that feed it. Punctuating the generation of the millennial is easier and faster access to information resulting in renewed socialisation and an increased interest in one’s self-image. Singh breaks away from the stereotype by focusing on the urban male to whom fashion and grooming are an important norm. A middle–aged potbellied bald man is her choice of protagonist, comically represented fussing over his physical appearance. The comment is intended to be both realistic and ironic, with Singh ensuring that the viewer steps aside from the work wearing a smile. Also Read – ‘Playing Jojo was emotionally exhausting’Soghra Khurasani’s from Baroda work is about freedom of thought and draws from a deep angst against unjust social and religious prescriptions. Her large-scale prints are compositions dominated by red: a colour that she feels expresses her rage and despair at the redundant injunctions imposed on common people. By morphing cells of blood into roses through valleys and volcanoes, her art posits the bittersweet moments. Khurasani’s current series Silent Landscapes reveals a resistance to violence and the telling impact of its trauma in rows, swirls and circles that inform the viewer of a never-ending cycle of repression and defiance.
Yesterday, the team at Digital Ocean, a fully managed and feature-rich database service provider, announced the ‘Managed Databases for PostgreSQL’ as a Valentine gift for the users. The new Managed Databases along with the PostgreSQL support will allow developers to quickly build a scalable, high-performance database cluster with less hassle. One of the interesting features of this new provision is that one need not know anything about the Linux operating system or specific DevOps maintenance tasks. Managed databases take care of some challenges including: Help to identify the optimal database infrastructure footprint Scale infrastructure while business and data requirements grow Help in designing and managing highly available infrastructure and failover processes Implement a complete and reliable backup and recovery strategy Aid in forecasting and maintaining operational infrastructure costs The team at Digital Ocean writes, “You’ll enjoy simple, predictable pricing that allows you to control your costs. Spin up a database node starting from $15 per month or high availability cluster from $50 per month. Backups are included for free with your service to keep things simple. Ingress bandwidth is always free, and egress fees ($0.01/GB per month) will be waived for 2019.” Benefits of Managed Databases A hassle-free database maintenance Managed databases save a lot of time. All the user has to do is, quickly deploy a database, and the databases handle the rest. Users do not have to worry about security patches to the OS or database engine–once a new version or patch is available, just a simple click can enable it. Highly secure and optimized for performance All data in these newly managed databases is encrypted at rest and in transit. One can use the Cloud Firewall to restrict connections to their respective database. The database runs on enterprise-class VM hardware with local SSD storage, thus, giving the user a lightning-fast performance. Easy scalability With Managed Databases, users can scale up at any time without impacting their application, virtually. One can spin up read-only nodes to scale read operations or remove compute overhead from reporting requirements. Automatic failovers If any issue occurs with the primary node, traffic will automatically get routed to the standby nodes. The team at Digital ocean recommends selecting a high-availability option to minimize the impact in case of a failure. Simple and reliable backup and recovery solution Backups are handled automatically and free of cost. Full backups are taken every day and write-ahead-logs are maintained to allow users to restore to any point-in-time during the retention period. To know more about these new Managed Databases, visit the Digital Ocean website. Read Next Microsoft Cloud services’ DNS outage results in deleting several Microsoft Azure database records Google Cloud Firestore, the serverless, NoSQL document database, is now generally available 2018 is the year of graph databases. Here’s why.