On Chef Marshall's Mind: Five Foods to Help You Reduce Stress!
Sunflower and other seeds and nuts – These contain magnesium, which can help calm the nervous system and relax the muscles. Magnesium can also help improve sleep—and good quality sleep is one of the best ways to reduce stress!
Arugula – Arugula and other leafy greens are high in magnesium and potassium, which helps to remove cortisol, the stress hormone, from our bodies. Try our Arugula Chicken Salad if you want to eat a great-tasting meal that will help you reduce stress.
Colorful bell peppers – Bell peppers, especially red and orange ones, have a lot of vitamin C. Research shows that people who have high levels of vitamin C are better able to cope with stressful events.
Lentils – Lentils and other foods high in potassium can help maintain normal blood pressure. Potassium is one of the most abundant and important minerals in the body, but it is quickly depleted during stressful times. Too little potassium leads to fatigue, muscle cramps, and an irregular heartbeat—symptoms which only create additional stress for your body and mind.
Turkey and other lean proteins– Turkey contains tryptophan, a calming amino acid that serves as the building block for serotonin—our natural feel-good brain chemical. In addition, lean protein is the best source of vitamin B12, which is very beneficial for your nervous system and moods.
To help make your days more stress free, make these foods and others like them a regular part of your life.
What's On Chef Marshall's Mind: Five Foods for Better Focus What's on Chef Marshall's Mind: Five Foods to Help Reduce Joint Pain On Chef Marshall's Mind: Five Foods to Help Reduce Blood Pressure Layered Chicken and Salsa Tostada On Chef Marshall's Mind: Five Foods to Help You Cruise the Day, Without Caffeine!
On Chef Marshall's Mind: Five Foods to Help You Cruise the Day, Without Caffeine!


I just happened to be passing.
Early evening. For once I resist the pizzas.
Magic Rock - Dark Arts 6.00 Black. A particularly fine Stout. Rich and roasted with dark fruits.
Five Points - Railway Porter 4.80 I love this beer.
Early evening before the crowds.
Five Points - Pale 4.40 On splendid form.
Duration - Ebb & Flow 6.00 Keg dispense. Quite a hoppy, dry Porter.
This is becoming a regular beer and pizza stop for me.
Five Points - Railway Porter 4.80 Reliably excellent.
Five Points - Railway Porter 4.80 As good as always.
Early evening for beer and pizza.
Kirkstall - Kirkstall Pale Ale 4.00 A very decent Pale. Dry. Quite grassy.
Five Points - Railway Porter 4.80 Always lovely in here.
As soon as I walk in the barmaid tells me how excited she is because it's going to snow and she has never seen snow in her life. Nonsense say I, it's far too mild. Within minutes there are blizzard conditions outside and she is beside herself with excitement.
Five Points - English IPA 5.70 Amber. Well-hopped with English varieties. A touch of sweetness.
Five Points - Railway Porter 4.80 In splendid form.
Five Points - Brick Field Brown 5.40 Another winner from Five Points.
East London (ELB) - Three Kings 3.80 A fruity, light Bitter. Jester hops prominent.
Well, I've only gone and told them at work where they can stick their poxy job. Admittedly, this leaves me at something of a loose end today and I am in here way too early in the day. I even have to wait for chef to fire up the furnaces before I can order a pizza.
Five Points - Derailed Porter 5.20 Excellent, souped-up version of the Railway Porter.
Gipsy Hill - Koshu Brut 4.80 From a keg. Pale gold, dry, lemony and effervescent.
This pub is much-revived following change of ownership and refurbishment.
Milton - Nero 5.00 A smooth and creamy Stout with fruit and liquorice.
The pub is found in Hackney, Greater London, E8 1JH.
This pub was built in around 1866 and for many years was a Truman's house. By the 1970s it was best known as a live music venue, with a large hall to the rear (which has now been converted to residential use). The pub was refurbished in 1983 and by 1986 had been acquired by Banks & Taylor Brewery. Closed for five and a half years from 1998, it re-opened but led a precipitous existence until acquired by Milton Brewery in 2006. In May 2018 the keys passed to the nearby Five Points Brewery. It is a large, stone and brick building on a busy junction near Hackney Downs and Central railway stations. The long wooden bar has 6 handpumps (down from 16 in Milton's time). There is a bar billiards table, a pizza kitchen and a small outside seating area beside the road junction.
We have visited this pub 49 times, seen 188 different beers and tried 124 of them.


wAP 60G allows to create high-speed Point-to-Multipoint setup setup in 60 GHz frequency that is not affected by the crowded WiFi spectrum. In such scenario, wAP 60G AP (comes with RouterOS L4 license for AP connections and 60 degrees antenna) can be used as Base Station / Access Point. wAP 60G AP supports up to eight simultaneous clients (wAP 60G with L3 license) on distances of 200m+.


I've mentioned before–or at least hinted at–the fact that my husband, Ole, spends a bit of time in the kitchen. The truth is that he is just as integral to dinner preparations as I am most days. There has been one exception to this rule, however, and it comes into play when we wanted to eat bread with our meal. The man would not make bread.
This wouldn't be such a big deal, really, if it weren't for his insistence that I make them.
I don't know what my issues were, but I would always run out of time for the rising that needed to happen, and so homemade bread was a rarity more than I would have liked, which is why I was pretty excited to discover Zoe's Artisan Bread in Five Minutes a Day books a year ago, taking the day-off prep away and making it possible to have bread-on-demand for the whole week after one simple stir and rise session on the weekend.
The best part of this method, though, is that it's so easy Ole has started making the dough himself on the weekends, and then baking it on the grill later in the week. The method revolutionized the way we bake bread at home, and it's made it increasingly easy to add a side of bread any time of day throughout the week.
The naan here has become a family favorite, whether it's filled with chicken and bean salad, served as snacks with hummus and tabbouleh, or the leftovers serving as the base for homemade naan pizzas.
In a large 5 quart bowl or container with a not-airtight lid, mix together the water, milk, yeast, salt, yogurt, and honey. Add in the flour, about 1.3 at a time, while stirring with a large spoon or dough whisk.
Cover the container loosely, leaving some way for air to escape, and allow to rest at room temperature for about 2 hours while the dough rises and collapses. Place the covered (though not airtight) dough in the refrigerator until ready to use. You can hold it for up to 7 days.
When ready to eat, heat a high temperature pizza stone over the grill, turning the grill on to high.
Once the grill is hot, cut off a handful of dough from the bucket (slightly smaller than a softball), roll the dough on a floured surface until thin. Place the rolled out dough one by one onto the hot stone. Cook for 2 minutes, and then flip and cook the second side for 2 minutes.
Remove naan from the grill and brush with clarified butter.
Have you tried any of the "Artisan Bread in 5" books?
Next PostSubscribe to Easy. Homemade.


text:
This website is for archival purposes only and is not being maintained after summer 2019.
Top 10 Discoveries
Field campaign/Flexible Array
Synthesis Workshops
ES National Meetings
What are we studying?
How are we studying it?
Humans of EarthScope
Visualization Challenge
EarthScope National Office
Staff of the ESNO at the University of Alaska Fairbanks; back row (L to R): Jeff Freymueller (Director), Elisabeth Nadin (Director of Education), Jessica Larsen (Co-PI), and Carl Tape(Co-PI). Front row (L to R): Beth Grassi (Science Writer/Public Information Officer), Samantha Slease (Office Manager), David Fee (Co-PI), Veselina Yakimova (Social Media Coordinator) and Maїté Agopian (Education & Outreach Coordinator).
The EarthScope National Office (ESNO) was a rotating, university-based organization that facilitated scientific planning and coordinated education and outreach efforts for the EarthScope community. The ESNO also organized the EarthScope National Meeting and several scientific workshops held throughout the year. The EarthScope Observatories were operated and maintained as a collaborative effort by UNAVCO, Inc., and the Incorporated Research Institutions for Seismology (IRIS). The first EarthScope National Office was located at Oregon State University (2007-2011) under the direction of Anne Trehu, the second at Arizona State University (2011-2015) under the direction of Ramon Arrowsmith, and the third at University of Alaska, Fairbanks Geophysical Institute (2015-2019) under the direction of Jeff Freymueller.
EarthScope National Office Responsibilities
Support for the EarthScope Steering Committee and all subcommittees and/or working groups
Schedule and provide logistical support for meetings
Schedule and provide logistical support for regularly scheduled teleconferences
Assists in development and distribution of pre-meeting materials
Produce and distribute minutes for meetings and teleconferences
Implement ESSC and NSF recommendations
Support and facilitate EarthScope Synthesis Workshops
Bring researchers together in a working setting to foster integration of EarthScope science
Foster multidisciplinary working groups and communities
Encourage participants to aim for review or synthesis papers as tangible workshop outcomes
Linking scientific Synthesis to Education and Outreach activities
Represent EarthScope at scientific and educational conferences
Maintain informational booth at AGU and GSA meetings
Distribute EarthScope outreach materials and showcase science
Hold meetings/workshops coincident with National/regional professional meetings
Refresh and maintain the EarthScope web site to highlight key science, education, and outreach results dynamically
Continue and expand EarthScope social media presence on Facebook, Twitter, Instagram, to quickly and effectively communicate EarthScope and related items of interest to the community
Oversee publication of inSights, the EarthScope newsletter (quarterly) summarizing
Recent activities that further EarthScope science, education, and outreach
Issues that concern the community
Facilitate the organization and implementation of the EarthScope Speaker series
Provide opportunities for community planning
Involve and excite the growing EarthScope community
Oversee maintenance and use of the EarthScope listserve to the current high standards
Brief history of ESNO
The EarthScope program of the National Science Foundation was served by the EarthScope National Office from 2007-2019, with the establishment of the first ESNO at Oregon State University in 2007. The ESNO served as a hub for EarthScope scientific, educational, and outreach activities. The ESNO worked together in a partnership with the operators of the EarthScope Facility, the EarthScope Steering Committee, NSF, and the scientific community. Since 2007, the ESNO has been located at Oregon State University (2007-2011), Arizona State University (2011-2015), and University of Alaska, Fairbanks Geophysical Institute (2015-2019).
Arizona State University 2011 to 2015
Arizona State University maintained the second EarthScope National Office, led by PI Ramon Arrowsmith. Front Row (L-R): Matt Fouch (CoPI), Ed Garnero (CoPI), Ramon Arrowsmith (PI), Steve Semken (CoPI), Patrick Schwab (Educational Assessment specialist). Back Row (L-R): Leah Pettis (undergraduate student worker), Sarah Robinson (Education and Outreach Manager), Devon Baumback (media specialist), Cindy Dick (Program manager), Wendy Bohon (bibliography and social media specialist), Javier Colunga (IT support).
Oregon State University 2007 to 2011
The first ESNO was established at Oregon State University under the direction of Anne Trehu and Bob Lillie (Education and Outreach Manager), in the College of Oceanic and Atmospheric Sciences and Department of Geosciences.
This latest version of the EarthScope website has been developed and maintained by the EarthScope National Office at the Geophysical Institute, University of Alaska Fairbanks (2015 - 2019), under National Science Foundation award #1464674. It is now hosted at UNAVCO for archival purposes; as of 10/30/19, the accuracy of all hyperlinks is no longer updated.
The University of Alaska Fairbanks is an AA/EO employer and educational institution and prohibits illegal discrimination against any individual: Learn more about UA's notice of nondiscrimination.

redpajama_set_name: RedPajamaCommonCrawl


text:
Q: Cant figure out color codes in dll Okay this might be a stupid question but I am editing a dll written in delphi and would like to change some color definitions but I cant figure out what format the colors are written in. For an example:
99999999 -> is a bright pink
55555555 -> is an orange
15663114 -> blue
3496 -> a dark red
0 -> black
Some colors are defined with 7 digits:

A: It's BGR format. The least significant byte is the intensity of the red channel, the next significant byte is the green channel, and then blue.
It's much easier to understand when you look at the hexadecimal representations of the values, because the value can be easily broken down into the three channels. Consider the decimal 15663114, which you say is a dark blue. Converted to hexadecimal this is EF000A. The colour channels have the following intensity:

Blue:  EF
Green: 00
Red:   0A

The other colour values can be understood in a similar fashion.
Now, there may also be an alpha channel to represent the transparency level. That would be the most significant of the 4 bytes. The value 99999999 that you quote is 05F5E0FF in hexadecimal. That would have an alpha value of 05. Whether or not that channel is respected depends on the code that interprets the colour value.

redpajama_set_name: RedPajamaStackExchange


Santa Cruz de Tenerife, capital of Tenerife, is located in the northeast of the island. Its pleasant climate and its open air shopping areas make it a perfect city for strolling around and enjoying great days shopping. Among its avenues and parks are sculptures by the likes of Henry Moore and its old quarters are home to historical buildings, such as the church of the Immaculate Conception or the Carta Palace. A must is a break for something to eat in La Noria Street.
Historical Santa Cruz is perfectly complemented by renowned architectural works, like the Auditorium of Tenerife, the Trade Fair Park (Recinto Ferial) or the Tenerife Arts and Culture building (Tenerife Espacio de las Artes). A visit to these buildings is the perfect complement to a day's relaxation in César Manrique Maritime Park (Parque Marítimo) where the sun and the pool can be enjoyed all year round.


text:
namespace CADMesh
{

namespace File
{

// Lexer states.
State* PLYReader::CADMeshLexerState(StartHeader)
{
    if (DoesNotMatchExactly("ply"))
        Error("PLY files start with 'ply'.");

    StartOfA(Header);

    SkipLine();

    TryState(Element);
    TryState(Ignore);

    Error("Invalid header tag.");
}

State* PLYReader::CADMeshLexerState(EndHeader)
{
    if (DoesNotMatchExactly("end_header"))
        Error("PLY file headers end with 'end_header'.");

    MaybeEndOfA(Element);

    EndOfA(Header);
    FinalState();
}

State* PLYReader::CADMeshLexerState(Element)
{
    if (DoesNotMatchExactly("element "))
        Error("An element is indicated by the tag 'element'.");

    MaybeEndOfA(Element);

    SkipWhiteSpace();
    StartOfA(Element);

    //  Expecting a label and a number/count.
    if (NotManyCharacters())
        Error("Element type not found.");

    ThisIsA(Word);
    SkipWhiteSpace();

    if (NotANumber())
        Error("Element count not found.");

    ThisIsA(Number);
    SkipLine();

    TryState(Property);
    TryState(Ignore);

    NextState(EndHeader);
}

State* PLYReader::CADMeshLexerState(Property)
{
   if (DoesNotMatchExactly("property "))
        Error("An property is indicated by the tag 'property'.");

    SkipWhiteSpace();
    StartOfA(Property);

    //  Expecting a label and a number/count.
    if (NotManyCharacters())
        Error("Element type not found.");

    ThisIsA(Word);
    SkipWhiteSpace();

    RestOfLine();
    ThisIsA(Word);

    EndOfA(Property);

    SkipLineBreak();

    TryState(Property);
    TryState(Element);
    TryState(EndHeader);
    TryState(Ignore);

    NextState(EndHeader);
}

State* PLYReader::CADMeshLexerState(Ignore)
{
    if (DidNotSkipLine())
        NextState(EndHeader);

    TryState(Element);
    TryState(Property);
    TryState(EndHeader);

    NextState(Ignore);
}

State* PLYReader::CADMeshLexerState(Vertex)
{
    SkipLineBreaks();
    SkipWhiteSpace();
    SkipLineBreaks();

    StartOfA(Vertex);

    size_t i = 0;

    // Try upto 32 properties per vertex/line.
    while (i < 32)
    {
        if (AtEndOfLine()) break;

        SkipWhiteSpace();

        if (NotANumber())
            Error("Expecting only numbers in the vertex specification.");

        ThisIsA(Number);
        SkipWhiteSpace();

        i++;
    }

    EndOfA(Vertex);

    SkipLine();

    TryState(Vertex);

    FinalState();
}

State* PLYReader::CADMeshLexerState(Facet)
{
    SkipLineBreaks();
    SkipWhiteSpace();
    SkipLineBreaks();

    StartOfA(Facet);

    size_t i = 0;

    // Try upto 32 properties per facet/line.
    while (i < 32)
    {
        if (AtEndOfLine()) break;

        SkipWhiteSpace();

        if (NotANumber())
            Error("Expecting only numbers in the facet specification.");

        ThisIsA(Number);
        SkipWhiteSpace();

        i++;
    }

    EndOfA(Facet);

    SkipLine();

    TryState(Facet);

    FinalState();
}

// Parser.
G4bool PLYReader::Read(G4String filepath)
{
    // Run the lexer on the header.
    auto lexer = Lexer(filepath, new StartHeaderState);
    auto items = lexer.GetItems();

    // Start parsing tokens.
    if (items.size() == 0)
    {
        std::stringstream error;
        error << "The header appears to be empty.";

        Exceptions::ParserError("PLYReader::Read", error.str());
    }

    ParseHeader(items);

    // Run the lexer on the vertices.
    lexer.Run(new VertexState, vertex_count_);
    auto vertex_items = lexer.GetItems();

    if (vertex_items.size() == 0)
    {
        Exceptions::ParserError("PLYReader::Read", "The PLY file appears to have no vertices.");
    }

    if (vertex_items.size() != vertex_count_)
    {
        Exceptions::ParserError("PLYReader::Read", "The PLY file appears to be missing vertices.");
    }

    // Run the lexer on the facets.
    lexer.Run(new FacetState, facet_count_);
    auto face_items = lexer.GetItems();

    if (face_items.size() == 0)
    {
        Exceptions::ParserError("PLYReader::Read", "The PLY file appears to have no facets.");
    }

    if (face_items.size() != facet_count_)
    {
        Exceptions::ParserError("PLYReader::Read", "The PLY file appears to be missing facets");
    }

    auto mesh = ParseMesh(vertex_items, face_items);
    AddMesh(Mesh::New(mesh));

    return true;
}

G4bool PLYReader::CanRead(Type file_type)
{
    return (file_type == PLY);
}

void PLYReader::ParseHeader(Items items)
{
    if (items.size() != 1)
    {
        std::stringstream error;
        error << "The header appears to be invalid or missing."
                << "Error around line 1.";

        Exceptions::ParserError("PLYReader::ParseHeader", error.str());
    }

    for (auto item : items[0].children)
    {
        if (item.token == ElementToken)
        {
            if (item.children.size() < 2)
            {
                std::stringstream error;
                error << "Invalid element information in header. Expecting 'vertex' or 'face' and a number."
                        << "Error around line "<< item.line  << ".";

                Exceptions::ParserError("PLYReader::ParseHeader", error.str());
            }

            if (item.children[0].token == WordToken && item.children[1].token == NumberToken)
            {
                if (item.children[0].value == "vertex")
                {
                    vertex_count_ = atoi(item.children[1].value.c_str());

                    // Find the x, y, z indices.
                    for (size_t i = 2; i < item.children.size(); i++)
                    {
                        auto property = item.children[i];

                        if (property.children.size() > 1)
                        {
                            if (property.children[1].token == WordToken)
                            {
                                if (property.children[1].value == "x")
                                {
                                    x_index_ = i - 2;
                                }

                                if (property.children[1].value == "y")
                                {
                                    y_index_ = i - 2;
                                }

                                if (property.children[1].value == "z")
                                {
                                    z_index_ = i - 2;
                                }
                            }
                        }
                    }
                }

                else if (item.children[0].value == "face")
                {
                    facet_count_ = atoi(item.children[1].value.c_str());

                    // Find the facet indices.
                    for (size_t i = 2; i < item.children.size(); i++)
                    {
                        auto property = item.children[i];

                        if (property.children.size() > 1)
                        {
                            if (property.children[1].token == WordToken)
                            {
                                if (property.children[1].value == "uchar int vertex_indices")
                                {
                                    facet_index_ = i - 2;
                                }
                            }
                        }
                    }

                }
            }
        }
    }

    if (vertex_count_ == 0)
    {
        std::stringstream error;
        error << "The number of vertices was not found in the header.";

        Exceptions::ParserError("PLYReader::ParseHeader", error.str());
    }

    if (facet_count_ == 0)
    {
        std::stringstream error;
        error << "The number of faces was not found in the header.";

        Exceptions::ParserError("PLYReader::ParseHeader", error.str());
    }

    if ((x_index_ == y_index_) || (y_index_ == z_index_) || (x_index_ == z_index_))
    {
        std::stringstream error;
        error << "The vertex x, y, z indices were not found in the header.";

        Exceptions::ParserError("PLYReader::ParseHeader", error.str());
    }
}

std::shared_ptr<Mesh> PLYReader::ParseMesh(Items vertex_items, Items face_items)
{
    Points vertices;
    Triangles facets;

    // Parse vertices first.
    for (auto item : vertex_items)
    {
        if (item.children.size() == 0)
        {
            std::stringstream error;
            error << "The vertex appears to be empty."
                    << "Error around line " << item.line << ".";

            Exceptions::ParserError("PLYReader::ParseMesh", error.str());
        }

        if (item.token == VertexToken)
        {
            vertices.push_back(ParseVertex(item.children));
        }
    }

    for (auto item : face_items)
    {
        if (item.children.size() == 0)
        {
            std::stringstream error;
            error << "The facet appears to be empty."
                    << "Error around line " << item.line << ".";

            Exceptions::ParserError("PLYReader::Mesh", error.str());
        }

        if (item.token == FacetToken)
        {
            facets.push_back(ParseFacet(item.children, vertices));
        }
    }

    return Mesh::New(facets);
}

G4ThreeVector PLYReader::ParseVertex(Items items)
{
    std::vector<double> numbers;

    for (auto item : items)
    {
        numbers.push_back((double) atof(item.value.c_str()));
    }

    if (numbers.size() < 3)
    {
        std::stringstream error;
        error << "Vertices in PLY files require atleast 3 numbers. ";

        if (items.size() != 0)
        {
            error << "Error around line " << items[0].line << ".";
        }

        Exceptions::ParserError("PLYReader::ParseVertex", error.str());
    }

    return G4ThreeVector(numbers[x_index_], numbers[y_index_], numbers[z_index_]);
}

G4TriangularFacet* PLYReader::ParseFacet(Items items, Points vertices)
{
    std::vector<int> indices;

    for (auto item : items)
    {
        indices.push_back((int) atoi(item.value.c_str()));
    }

    if (indices.size() < 4) // "3" and 3 numbers
    {
        std::stringstream error;
        error << "Facets in PLY files require 3 indicies";

        if (items.size() != 0)
        {
            error << "Error around line " << items[0].line << ".";
        }

        Exceptions::ParserError("PLYReader::ParseFacet", error.str());
    }

    return new G4TriangularFacet( vertices[indices[1 + facet_index_]]
                                , vertices[indices[2 + facet_index_]]
                                , vertices[indices[3 + facet_index_]]
                                , ABSOLUTE);
}

} // File namespace

} // CADMesh namespace

redpajama_set_name: RedPajamaGithub


text:
Federico Gastaldi é um empresário argentino. Ele foi chefe adjunto da Lotus F1 Team, nos anos de 2014 e 2015, Gastaldi ocupava o segundo cargo mais importante da Lotus, abaixo somente do diretor e coproprietário da equipe, o luxemburguês Gérard Lopez.

Gastaldi foi promovido a chefe adjunto, em 14 de março de 2014, devido a necessidade da Lotus F1 Team em reorganizar sua direção após o chefe da equipe anterior Éric Boullier, sair para a McLaren. Antes de ser promovido, ele já trabalhava na Lotus desde o ano de 2010 como diretor de desenvolvimento de negócios como papel mais recente em uma longa relação com a equipe de Enstone. Anteriormente, na década de 1990, Gastaldi foi o responsável pelos interesses do grupo italiano Benetton na Argentina. Ele também esteve envolvido na realização do Grande Prêmio da Argentina entre 1995 e 1998.

Empresários da Argentina
Pessoas da Fórmula 1

redpajama_set_name: RedPajamaWikipedia


Similar to NanoDays, National Chemistry Week is the annual community event of the American Chemical Society (ACS). It is celebrated during the fourth week of October and it encourages chemists and chemistry enthusiasts to build awareness of chemistry at the local level. This year's National Chemistry Week theme is "The Sweet Side of Chemistry - Candy", showcasing the chemistry involved in candy and confections. In this online brown-bag conversation, presenters introduced National Chemistry Week, shared NISE Net activities that have a candy connection, demonstrated how to make edible gummy capsules, and explained the chemistry behind these sweet activities.


text:
Le structuralisme génétique est une forme particulière de structuralisme se distinguant par sa prise en compte de la dimension diachronique (historique) et son intérêt pour la formation (« genèse ») et l'évolution des structures étudiées. Il s'identifie largement à l'œuvre de Jean Piaget et de Lucien Goldmann qui en furent les initiateurs dans les années 1950 en épistémologie, ainsi qu'à l'œuvre de Pierre Bourdieu qui en reprit et modifia le concept en sociologie à partir des années 1970. Chez Piaget et Goldmann, le structuralisme génétique est synonyme d'épistémologie génétique, tandis qu'il s'identifie plus tard chez Bourdieu au structuralisme constructiviste.

À partir des années 1970, avec l'apparition du paradigme cognitiviste et systémique, avec les travaux sur les systèmes ouverts et la linguistique de Chomsky, le structuralisme génétique devient le courant dominant du structuralisme au détriment du courant formaliste qui dominait dans les années 1960 (Greimas, Barthes, Lacan). Moins médiatique, ce second structuralisme d'inspiration naturaliste se fondra progressivement dans les disciplines qui le mettent en œuvre (sciences sociales, physique, chimie, mathématiques) mais existe encore aujourd'hui comme courant de pensée en épistémologie.

Contexte historique

Lorsque se cristallise progressivement dans les années 1950 le paradigme structuraliste dans les sciences humaines et sociales, principalement en France, la mise entre parenthèses de la dimension temporelle devient rapidement une de ses caractéristiques les plus marquantes. Dans la lignée de la linguistique saussurienne, du positivisme logique du Cercle de Vienne et des structures mathématiques bourbakiennes, le structuralisme postule le caractère statique des faits de réalité, qu'il étudie sous l'angle non de leurs unités élémentaires mais des relations entre ces unités, l'ensemble de ces relations étant appelé « structure ». Le langage est utilisé comme paradigme majeur pour opérer une mathématisation du réel, suspendant la dimension historique des phénomènes pour les étudier exclusivement sous l'angle synchronique, spatial. Chez de nombreux auteurs structuralistes (Greimas, Barthes, Lacan notamment), les structures du réel s'identifient au langage et le structuralisme se confond avec le formalisme (entendu au sens mathématique du terme), à tel point que les deux termes sont parfois entendus comme synonymes.

Piaget et Goldmann
Piaget (avec son assistant Lucien Goldmann) appartient à cette filiation logicisante en épistémologie au sens où il acquiert précocement l'intuition que la démarche scientifique doit s'attacher à étudier le réel comme un tout organisé selon des réseaux de relations non immédiatement perceptibles; cependant, travaillant sur un matériau biologique, il demeure tout au long de sa carrière dans une optique naturaliste, centrée sur l'évolution des formes naturelles (au sens d'Aristote) et développe donc un structuralisme épistémologique laissant une large place au concret et à la dimension temporelle, en opposition au structuralisme formaliste et abstrait qui dominera la scène médiatique au milieu des années 1960 en France.

En 1959 est organisé à Cerisy-la-Salle (Manche) un colloque scientifique sous le titre de Genèse et Structure, qui va « mettre très tôt en évidence un des thèmes majeurs des débats futurs suscités par le paradigme structuraliste dans ses rapports avec l'histoire ». Piaget et Goldmann sont parmi les organisateurs, le premier intervenant sur le thème de la psychologie de l'enfant, le second présentant ses travaux en littérature sur les Pensées de Pascal et le théâtre de Jean Racine.

En 1968 Piaget se voit confier la rédaction du Que Sais-je sur le structuralisme, et développe largement la notion de transformation structurale, c'est-à-dire d'évolution des structures du réel par mouvements de recomposition, selon la même inspiration naturaliste que l'anthropologue Claude Lévi-Strauss dans ses études sur les mythes. Piaget rappelle à ce sujet l'importance des travaux de biomathématiques de D'Arcy Wentworth Thompson et son ouvrage On Growth and Form (1917) sur la genèse des formes naturelles, dont l'anthropologie structurale de Lévi-Strauss s'inspire largement.

Dans les années 1970, le structuralisme génétique de Piaget centré sur les notions de transformation et d'autorégulation est conforté par le développement de travaux scientifiques sur les systèmes ouverts, évoluant rapidement vers une vaste révolution scientifique comprenant notamment les structures dissipatives d'énergie décrite par le prix Nobel Ilya Prigogine, la théorie du chaos, la théorie des catastrophes du mathématicien et philosophe René Thom, la « deuxième cybernétique » du psychiatre W. Ross Ashby (auto-organisation) et des biologistes Humberto Maturana et Francisco Varela (morphogenèse et autopoïèse). Ce mouvement général s'intéresse à l'étude des systèmes éloignés de leur point d'équilibre, et à la façon dont un nouvel équilibre peut émerger d'une telle situation. Le terme d' émergence apparaît pour désigner ces nouvelles théories de la forme, et les propriétés naissant de la réorganisation spontanée d'un système.

Les années 1970 marquent donc un tournant dans l'histoire du structuralisme, avec le retour à la dimension temporelle et la généralisation du paradigme génétique prôné dès les débuts par Piaget et Goldmann. Ils sont rejoints dans ce « second structuralisme » à orientation naturaliste et cognitiviste par Claude Lévi-Strauss, Dan Sperber, Lucien Scubla en anthropologie, par Noam Chomsky en linguistique, et par des philosophes des mathématiques comme Jean Petitot.

Au , bien que la référence au structuralisme ait très largement reflué, certains auteurs continuent de se réclamer de ce paradigme dans sa dimension naturaliste (plutôt qu'explicitement génétique), le plus souvent en référence à Lévi-Strauss, par exemple L. Scubla en anthropologie, J. Petitot ou G. Salmon en philosophie.

Bourdieu

Dans les années 1960, Bourdieu construit ses théories sociologiques autour du paradigme structuraliste, notamment lors de ses travaux d'ethnologie en Kabylie, s'inspirant entre autres des concepts et méthodes de Durkheim, Mauss et Lévi-Strauss. Mais il est également fortement marqué par le marxisme, et réalise une synthèse originale des principes structuralistes de l'époque en réintroduisant au centre de sa réflexion les notions de sujet humain, d'action et de rapports sociaux de domination. Au début des années 1970 il reprend à son compte le terme et les principes du structuralisme génétique de Piaget et Goldmann, estimant qu'ils qualifient de façon satisfaisante sa théorie de l'univers social. Son structuralisme génétique, également appelé constructiviste, s'inspire parallèlement de la linguistique générative de Chomsky en plein essor en France à cette époque, et de la philosophie analytique de Wittgenstein relativement à l'influence de la règle sociale sur les pratiques humaines.

Cependant il ne cherche pas à reprendre tels quels les travaux de ses inspirateurs, et fonde une nouvelle théorie de l'espace social, au croisement des traditions marxiste et wébérienne, autour des concepts d'habitus, de champs sociaux, de violence symbolique.

Bibliographie

Notes et références

Genetique


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Q: Configure launch.json to open the working file on my running web server I have a Windows 10 machine with VSCode that connects to my ubuntu wsl2 instance.  I have a webserver and database installed on this wsl2 instance.  I would like, for this folder, to be able to have F5 open the particular file I have selected in a web browser at the current path.
Say my domain is (which resolves to my wsl2 ubuntu apache2 instance)
dev.local

My pwd is
/var/www/dev/application

that I have open in vscode with WSL.
My apache virtual host starts at that same path
/var/www/dev/application

I would like say Edge to open with the pwd replaced with http://dev.local and the path + filename to to be added to the end of that.  So if I am editing index.html it should open to http://dev.local/index.html.  If I am editing includes/css/signin.css then it should open to http://dev.local/includes/css/signin.css when I hit F5.  Is this possible with the launch.json file?  I have it opening in edge but just don't have the variables correct if it is possible
{
    // Use IntelliSense to learn about possible attributes.
    // Hover to view descriptions of existing attributes.
    // For more information, visit: https://go.microsoft.com/fwlink/?linkid=830387
    "version": "0.2.0",
    "configurations": [

        {
            "type": "pwa-msedge",
            "request": "launch",
            "name": "Launch Edge against localhost",
            "url": "http://dev.local/${workspaceFolder}"
        }
    ]
}


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Q: Passing an allocatable character to a subroutine with unlimited polymorphic dummy argument in Fortran I'm trying to write a routine that is able to convert a string into different kinds of data type, based on unlimited polymorphism. The idea is the user call this routine, passing the variable where it wants to store the data, and the routine to define the conversion based on the variable/argument type.
An excerpt of this routine is here:
subroutine GetAsScalar (this, value, status)
    !Arguments-------------------------------------------------------------
    class(TKeyword)                                 ::  this
    class(*)                                        ::  value
    logical, optional                               ::  status

    !Local-----------------------------------------------------------------
    integer                                         ::  stat

    !----------------------------------------------------------------------

    stat = 0

    select type (value)
    type is (REAL(real32))      !single precision
        read (this%fValue, *, IOSTAT = stat) value
    type is (REAL(real64))      !double precision
        read (this%fValue, *, IOSTAT = stat) value
    type is (LOGICAL)
        read (this%fValue, *, IOSTAT = stat) value
    type is (INTEGER(int32))    !integer
        read (this%fValue, *, IOSTAT = stat) value
    type is (INTEGER(int64))    !long integer
        read (this%fValue, *, IOSTAT = stat) value
    type is (CHARACTER(*))
        value = this%fValue
    class default
        this%Message = "Invalid data type"
        status = .false.
        return
    end select

    if (present (status)) then
        if (stat /= 0) then
            status = .false.
        else
            status = .true.
        endif
    endif

end subroutine GetAsScalar

"this%fValue" is a "character(len=:), allocatable" string.
When I try to use this routine passing an allocatable string, it exit with success, no error/exceptions raise:
character(len=:), allocatable :: value
call keyword%GetAsScalar(value)

But the string "value" is always empty.
Even inside the routine, after the assign "value = this%fValue", value is empty (len(value) is 0).
It seems that the compiler is unable to detected that the argument is of type character(len=:), allocatable, and so, is unable to assign the value to it.
Of course I have some alternatives, but the idea of being able to use a single rountine and without optional arguments for different kind of data is really nice.
I can use a user defined type that I create to handle strings, for example.
But I would like to know if this is the default behaviour in Fortran 2008.
And also, if there is a way to accomplish this, using this routine, with a single "class(*)" dummy argumment, to convert different types including the referred allocatable character. There is a way to force the allocation inside the routine, for example?
I'll appreciate your comments.
Cheers,
Eduardo

A: In a select type (or associate) construct, the associate name never has the allocatable attribute (16.5.1.6p2), regardless of whether the select has that attribute.
In your case, the selector is also lacking that attribute - the value dummy argument is not declared to be allocatable.  You are not permitted to associate an unallocated actual argument with a non-optional non-allocatable dummy argument.  Beyond that, you are not permitted to use an unallocated selector in a select type or associate construct.
You need to allocate the value actual argument to some length before the call, the value associate name will then have that fixed length inside the select type construct.  Alternatively, wrap the allocatable character variable as a component in a derived type.


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Q: Pyparsing in Azure HDInsight Is there a way to use Pyparsing in Azure HDInsight? If not is there a way to Install the Pyparsing package while creating the HDInsight cluster
Thank you.

A: By design, pyparsing has an extremely small footprint, just a single Python file! If you are unable to install pyparsing, you can download the source and then save the single pyparsing file in with your own Python source code.


William Bill' Parete of Longmont, CO passed away August 27, 2011 at Longmont United Hospital with his loving family at his side. He was 58 years old.
Bill was born on February 7, 1953 in Stone Ridge, New York, the son of John P. and Mary (Healy) Parete. He graduated from Rondout Valley High School in 1971 where he played football and baseball.
Bill moved to Longmont in 1977 from New York. He worked for several private companies as a concrete mason.
He was of the Roman Catholic faith. Bill loved nature and the outdoors including hiking, skiing and exploring the Rocky Mountains. He was an avid motorcycle rider and racer. He enjoyed all sports especially playing fastpitch softball. Bill's favorite place was the St. Catherine of Siena Chapel at St. Malo in Allenspark.
Bill is survived by his beloved son, Brett Wing of Longmont; two brothers, John R. Parete (Barbara) and Donald L. Parete (Charlene), both of Stone Ridge, NY; five sisters, Mary F. Strong (Warner) of Palmyra, NY, Patricia Bruhn (Mike) of Kingston, NY, Christina Savo (Robert) of Shelby Township, MI, Rose Kelly (Rich) of Hurley, NY and Catherine Peake (Bob) of Averill Park, NY and many nieces and nephews.
Visitation will be held from 5-9 p.m. on Tuesday, August 30; a Vigil service will begin at 8 p.m. Tuesday at St Francis of Assisi Catholic Church, 2410B Trade Center Ave., Longmont, CO 80503 with family present to greet friends. Mass of Christian Burial will be held at 10 a.m. on Wednesday, Aug 31, 2011 at St Francis of Assisi Catholic Church. Interment to follow at Lyons Cemetery.
Memorial Contributions may be made to the Brett Wing Education Fund and can be mailed to Ahlberg Funeral Chapel, 326 Terry Street Longmont, CO 80501. Share condolences and memories with Bill's family at www.ahlbergfuneralchapel.com .


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The Gracie Allen Murder Case
The zany plot follows nitwit Gracie Allen trying to help master sleuth Philo Vance solve a murder. Allen's uncle fixes her up with Bill at a company picnic. When the two go out to a nightclub that night, Gracie inadvertently links Bill to the murder of a thug after finding the dead body and Bill's cigarette case at the scene of the crime. While being questioned at the club, she meets Vance who's investigating the homicide. After Gracie's bungled attempts to solve the case, Vance decides it might be easier to have her working with him. Despite Gracie's "help," the two eventually find the real killer.
Alfred E. Green
Warren William
Philo Vance
Ellen Drew
Kent Taylor
Bill Brown
Uncle Ambrose [Martin]
Paramount Pictures, Inc.
Based on the novel The Gracie Allen Murder Case by S. S. Van Dine (New York, 1938).
Bill Brown tries to make his girl friend, Ann Wilson, jealous by flirting with Gracie Allen, the niece of his boss, at a company picnic. Quickly irritated by Gracie's relentless illogic, Bill nevertheless escorts her to the Diamond Slipper Cafe, where Gracie discovers Bill's cigarette case next to the body of escaped convict Benny "The Buzzard" Nelson. Gracie blithely incriminates Bill during the police investigation, and a worried Ann brings detective Philo Vance on to the case. During the course of the investigation, which is hampered by Gracie's maddening interference, Dixie Del Marr, a dancer at the Diamond Slipper, is murdered by poison placed on flowers that Vance had sent her. Quickly exonerated, Vance deduces that the killer is Daniel Mirche, the owner of the Diamond Slipper, who had framed the Buzzard for crimes committed by himself. Confronted by Vance and the police, Mirche implicates his lawyer, Richard Lawrence, in the murders and is about to shoot Vance when Gracie arrives, turning the tables on Mirche by providing evidence against Lawrence and preventing Vance from smoking a poisoned cigarette that he has been unknowingly carrying. The murders solved, Ann and Bill are reunited.
Jerome Cowan
Daniel Mirche
Donald Macbride
District Attorney [F. X.] Markham
H. B. Warner
Richard Lawrence
William Demarest
Sergeant Heath
Judith Barrett
Dixie Del Marr
Horace Macmahon
Gus, the waiter
Al Shaw
Walter Soderling
Dr. Doremus
Lee Moore
Benny "The Buzzard" Nelson
Harry Tyler
Police photographer
James Flavin
Willie Fung
Jack Baxley
Don Brodie
Rube Demarest
Lillian Yarbo
James Kelso
Helen Mackellar
Edgar Dearing
Officer Corrigan
Cigarette girl
George Hickman
First elevator boy
Billy Daniels
Second elevator boy
Ben Taggart
James B. Carson
Sue Moore
Swedish maid
Addison Richards
Max Wagner
Dutch Hendrian
Mike Tellegen
Paul "tiny" Newlan
Monty Collins
Philip Warren
Irving Bacon
Henry Roquemore
Elevator boy
Ted Oliver
Motorcycle cop
Frank Meredith
Florence Wix
Major Sam Harris
George Arthur
Hans Dreier
A. E. Freudeman
Earl Hedrick
Charles Lang Jr.
William Lebaron
Matty Malneck
Russell Mathews
Gene Merritt
Nat Perrin
Paul Weatherwax
Ellen Drew, 1914-2003
Ellen Drew, a talented leading lady who was adept at handling light comedy or noirish thrillers, died of liver failure at her home on December 3rd in Palm Desert, California. She was 89.
She was born Esther Loretta "Terry" Ray on November 23, 1914, in Kansas City, Missouri. The daughter of a barber, her family moved to Chicago when she was still an infant and she lived a very quiet childhood far removed from the glamour of Hollywood. She was encouraged by some friends to enter a beauty contest when she was just 17. After winning, she tried her luck in Hollywood, but found that they were no immediate offers for her particular talents.
She eventually took a waitressing job at C.C. Brown's, a famed Hollywood Boulevard soda fountain, and had virtually abandoned her dreams as a starlet when William Demarest, a popular actor's agent and well-known character actor, spotted her. Demarest arranged a screen test for her at Paramount, and she was promptly placed under contract for $50 a week.
For the first few years, (1936-38), Drew got only bit parts, and was often uncredited. When she finally got prominent billing in the Bing Crosby musical Sing You Sinners (1938), she decided to change her name, from Terry Ray to Ellen Drew. She earned her first major role in Frank Lloyd's If I Were King (1938) opposite Ronald Colman, yet for the most part of her career, rarely rose above "B" material and second leads. Still, she had some fine exceptions: Preston Sturges' enchanting comedy Christmas in July (1940), with Dick Powell; Tay Garnett's lighthearted war romp My Favorite Spy (1942) co-starring Kay Kyser; Julien Duvivier's taut The Imposter (1944), holding her own with a brooding Jean Gabin; and Mark Robson's chilling low-budget chiller Isle of the Dead (1945) opposite Boris Karloff. Drew made some notable television appearances in the late '50s including Perry Mason and The Barbara Stanwyck Show, before retiring from the entertainment industry. She is survived by her son David; five grandchildren; and five great-grandchildren.
by Michael T. Toole
Ellen Drew, a talented leading lady who was adept at handling light comedy or noirish thrillers, died of liver failure at her home on December 3rd in Palm Desert, California. She was 89. She was born Esther Loretta "Terry" Ray on November 23, 1914, in Kansas City, Missouri. The daughter of a barber, her family moved to Chicago when she was still an infant and she lived a very quiet childhood far removed from the glamour of Hollywood. She was encouraged by some friends to enter a beauty contest when she was just 17. After winning, she tried her luck in Hollywood, but found that they were no immediate offers for her particular talents. She eventually took a waitressing job at C.C. Brown's, a famed Hollywood Boulevard soda fountain, and had virtually abandoned her dreams as a starlet when William Demarest, a popular actor's agent and well-known character actor, spotted her. Demarest arranged a screen test for her at Paramount, and she was promptly placed under contract for $50 a week. For the first few years, (1936-38), Drew got only bit parts, and was often uncredited. When she finally got prominent billing in the Bing Crosby musical Sing You Sinners (1938), she decided to change her name, from Terry Ray to Ellen Drew. She earned her first major role in Frank Lloyd's If I Were King (1938) opposite Ronald Colman, yet for the most part of her career, rarely rose above "B" material and second leads. Still, she had some fine exceptions: Preston Sturges' enchanting comedy Christmas in July (1940), with Dick Powell; Tay Garnett's lighthearted war romp My Favorite Spy (1942) co-starring Kay Kyser; Julien Duvivier's taut The Imposter (1944), holding her own with a brooding Jean Gabin; and Mark Robson's chilling low-budget chiller Isle of the Dead (1945) opposite Boris Karloff. Drew made some notable television appearances in the late '50s including Perry Mason and The Barbara Stanwyck Show, before retiring from the entertainment industry. She is survived by her son David; five grandchildren; and five great-grandchildren. by Michael T. Toole
This was Gracie Allen's first picture without George Burns. For information on other films featuring the "Philo Vance" character, for The Kennel Murder Case and consult the Series Index.


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⭐life
Up-To-Date Salary Information for Popular Jobs in South Korea
Top 50 Highest Paying Jobs in South Korea
You may be interested in Korea's economic situation as your interest in Korea has increased. Many of my foreign friends are interested in how much the typical Korean salary is. Those pals regularly ask me about 'What is a good salary in South Korea?', 'What are the highest paying jobs in Korea?', 'What is the best popular job in south Korea?', and 'which job is the best in Korea?' and so on. Today I'm going on to provide you with an answer through the most up-to-date material available.
The Korea Employment Information Service publishes the 'Korea Job Information Report' every two years. This report contains the ranking of the average annual salary in Korea. The KEIS's aim of the 'Korea Job Information Report' is to assist students and adults in choosing and developing their professions by conducting a comprehensive survey of about 570 top-paying jobs in Korea.
We'll present the top 50 salaries in Korea, according to the Korea Employment Information Service's 'Korea Job Information Report' published most recently in April 2021. We will compare it with the ranking content of the Korea Job Information Report published in April 2019 to help you understand it better. And Korean won and US dollar the exchange rate was calculated and prepared as of May 2022.
Top 10 Ranks, What are the highest paying jobs in 2022?
No.11~20 Highest Paying Jobs
No.21~30 Ranking with the good salary
No.31~40 Ranking with good pay
No.41~50 Ranking of Profitable Occupations
Popular Jobs in South Korea and Salary
Top 10 Ranks, What are the highest paying jobs in South Korea in 2022?
In the most recent report, let's get an in-depth look at Korea's top 10 highest salaried jobs.
No.1 Corporate Executive
Real No.1 South Korea Lawmakers
No.2 Psychiatrist
No.3 Plastic Surgeon
No.4 Surgeon
Tied For No.4 Obstetrician-Gynecologist
No.6 Urologist
No.7 Ophthalmologist
No.8 Family Medicine Doctor
No9. Anesthesia Pathologist
No.10 Aircraft Pilot
Real No.4 Maritime Pilot
No.1 Corporate Executive (CEO): $110,000
The highest-paid job in 2021 is a corporate leader (CEO) who will make an average of about 140 million won(110,000 USD) per year. The average annual income increased by 15 million won, moving from 3rd to 1st place in two years.
CEO is a position in which the individual acts as the company's executive, guiding it to achieve its objectives, managing all financial resources, and reporting directly to owners.
The Korean drama 'Startup', which aired on tvN in 2020, is the tale of a young CEO's love and passion for creating startup enterprises. It is a K-drama content that is good to experience indirectly the joy and effort of a CEO job in Korea.
Real No.1 South Korea Lawmakers: $113,000
Lawmakers who were No.1 in the highest-paid jobs in the 2019 report, did not make it into the top 50 appears. It's possible that the income information of National Assembly Members in South Korea was intentionally overlooked in the 2021 survey.
According to Worknet, a trusted job information source that has been certified by the Korea Ministry of Employment and Labor, the average yearly pay for a National Assembly member is about 145 million Korean won(113,000 USD). In truth, their remuneration appears to be at the top in South Korea. It's really a shame that lawmakers' earnings weren't included in 2021's report.
No.2 Psychiatrist: $106,000
The average yearly income of a psychiatrist was 136 million won(106,000 USD), which took second place in South Korea's high-paying jab rankings. The average yearly earnings for psychiatrists in 2019 were 92.5 million won(72,000 USD), putting them 16th among all professions according to the survey.
According to this report, psychiatrists' yearly income has increased considerably in the past two years. Because of the rise in people pursuing psychiatry as a result of Covid-19's after-effects.
No.3 Plastic Surgeon: $102,000
The average annual salary of plastic surgeons, who ranked second in 2019, decreased slightly from about 138 million won to about 131 million won(102,000 USD). In 2021, the profession's highest-paying jobs dropped one step to third place.
No.4 Surgeon: $97,800
The average annual salary of the surgeon is about 125.6 million won(97,800 USD).
The annual salary of a surgeon in 2019 was 15th, with 925 million won. However, over the previous two years, the yearly pay has risen by 30 million won, a significant increase in the ranking to 4th place.
Tied For No.4 Obstetrician-Gynecologist: $97,800
Obstetricians and gynecologists, with an average annual salary of about 125 million(97,800 USD), are tied for fourth place with surgeons.
Obstetricians and gynecologists, who were the 8th highest paid profession with a yearly income of 100 million won in the previous 2019 survey, increased their salary by roughly 25 million won over two years.
No.6 Urologist: $97,600
A urologist is the sixth most lucrative profession, with an average yearly salary of around 125.3 million won(97,600 USD).
No.7 Ophthalmologist: $97,400
The annual salary of an ophthalmologist in the 7th highest-paying career is about 125 million won (97,400 USD).
No.8 Family Medicine Doctor: $93,800
In the 2019 report, a family medicine specialist with an annual salary of 90 million won was pushed out of the top 10 ranks. Two years later, in 2021, they were ranked eighth with an average yearly compensation of about 120 million won(93,800 USD).
No9. Anesthesia Pathologist: $93,700
Anesthesiologist-pathologist is the occupation with the highest salary rank increase among the top 10 highest-paying professions.
The annual compensation of an anesthesiologist, who earned 77 million won in the 2019 survey, increased by 40 million won over two years in the 2019 survey. The average yearly salary was about 120 million won(93,700 USD) in 2021, placing 9th among Korea's highest pay rates.
No.10 Aircraft Pilot: $93,500
The average annual salary of an aircraft pilot, ranked 10th, was 120 million won, an increase of about 20 million won from two years ago.
Real No.4 Maritime Pilot: $98,900
The maritime pilot, who earned 120 million Won a year in the 2019 study, wasn't ranked in the 2021 survey. This appears to be due to an absence of data rather than a drop in pay rates.
The average yearly salary of a maritime pilot is approximately 127 million won(98,900 USD), according to Worknet. Actually, it ranks 4th in terms of earnings after plastic surgeons.
No.11~20 Highest Paying Jobs in Korea
11. Otolaryngologist: about $90,300
12. Dermatologist: about $89,500
13. Radiologist: about $84,300
14. Financial manager: about $83,900
15. Physician: about $78,300
16. Legal manager: about $76,500
17. University President or University Dean: about $74,500
18. Mayor and opinion poll manager: about $74,400
19. Oriental doctor: about $70,900
20. Dentist: about $70,600
In this report, the second through ninth places all has to do with jobs related to doctors and hospitals. There are also six medical-related occupations in the eleventh through twentieth places. This indicates that doctors have a good job status and are well-respected in Korea.
The K-drama "Hospital Playlist," which aired in 2020 on tvN, received excellent reviews for realistically depicting typical day-to-day activities and accidents at hospitals. Two series have been produced thus far. It's a well-done drama that shows the agony and delight of doctors working in university hospitals in Korea.
Although dermatologists, who earned 120 million won a year in the 2019 survey and were ranked fourth, were not included in the BEST 10 because their yearly pay dropped by 6 million won to 114 million won in 2021.
In addition, the average yearly salary of university presidents and deans surveyed in the 2021 survey was 95 million won, down from 110 million won in the 2019 survey.
No.21~30 Ranking with the good salary in South Korea
21. Appraiser: about $68,800
22. Attorney: about $67,900
23. Accountant: about $66,100
24. Patent Attorney: about $65,800
25. Senior administration officials: about $64,900
26. Helicopter pilot: about $63,500
27. Management consultant: about $63,100
28. Pediatrician: about $62,000
29. Marketing/advertising/PR manager: about $60,600
30. Judge: about $60,500
There are numerous legal and civil service jobs in the 21st to 30th ranks of the highest average annual income in South Korea.
The most successful Korean drama of 2017, "Stranger," is about a joint police and prosecutor's effort to expose political and company corruption. It's Korean television series that portrays the challenges and rewards of politicians, prosecutors, and cops who serve in the judicial system. So far, two seasons have aired.
No.31~40 Ranking with good pay in Korea
31. Professional Athletes: about $60,200
32. Management support manager: about $58,600
33. Middle and high school principals: about $57,900
34. General practitioner: about $57,600
35. Health and medical managers: about $57,300
36. Actuaries: about $56,100
37. Insurance Manager: about $56,020
38. Research Manager: about $56,000
39. Stockbroker: about $55,810
40. Foreign exchange dealer: about $55,800
Among these rankings, the 31st professional athlete stands out in particular. There are many jobs related to the financial sector in the 31st to 40th place ranking good salaries in Korea.
The Korean drama 'Stove League' is about professional athletes and their work. It is a sports + office drama about the happenings of professional baseball players, club salary negotiations, and trading. This program is fascinating because it depicts the challenges that professional athletes face as well as the realistic aspects of the sports world. If you're interested in learning more about professional athletes in Korea, this is a wonderful TV series for you to watch.
No.41~50 Ranking of Profitable Occupations in South Korea
41. Linguistics Research Institute: about $55,700
42. Credit analysts: about $54,930
43. Financial Product Development Institute: about $54,900
44. Elementary school principals: about $54,850
45. Pharmacist: about $54,400
46. University professors: about $54,370
47. Correctional Officer: about $54,330
48. Sports coaches and coaches: about $54,200
49. Financial asset manager: about $53,700
Education-related jobs are generally ranked between 41st and 50th in 2021 Korea's highest-paying rankings survey.
The K-drama 'Black Dog,' produced by tvN, portrays the ups and downs of a realistic teacher's life in Korea. A story of what it's like to be a teacher at a highly competitive Korean schools. This is a Korean drama that may assist you if you want to learn more about school life in Korea and the duties of a teacher.
Have you discovered an answer to your curiosity regarding the highest-paid job in Korea? A high average salary and a popular job are not synonymous, but this data could have helped you grasp occupational culture in South Korea.
The highest-paying jobs in South Korea are typically found in the medical and legal professions. However, there are several other lucrative careers to be had in fields such as finance, marketing, and education. While the average salary for these positions may not be as high as those in the medical or legal professions, they still offer good compensation relative to the cost of living in South Korea. If you're looking for a high-paying job in South Korea, these are some good places to start your search.
After seeing the aforementioned K-drama television series, it's also advised that you look at the Korean work culture. In Korean drama, the reality is emphasized, as they include not only pleasant aspects of life but also terrible truths. As a result, it is beneficial to glimpse into the harsh labor and reward of South Korea's job culture in the K-drama listed above.
Thank you for taking the time to read our article on the highest paying jobs in South Korea. We hope you have found it informative and helpful.
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