text:
Concentric Report Shows 450 Percent Increase in Oversharing of Sensitive Documents
New data risk report quantifies ongoing security impact of pandemic and work from home on data oversharing.
Note: TDWI's editors carefully choose vendor-issued press releases about new or upgraded products and services. We have edited and/or condensed this release to highlight key features but make no claims as to the accuracy of the vendor's statements.
Concentric Inc., a vendor of intelligent AI-based solutions for protecting business-critical data, released its Q1 2021 Data Risk Report, which highlights a continued rise in oversharing of business-critical and sensitive documents. The report revealed the number of overshared files rose 450 percent compared to the same quarter in 2020, highlighting the significant impact of the pandemic and remote work on data security.
Using its Semantic Intelligence solution, Concentric captured user data in production deployments from companies in the technology, financial, and healthcare sectors to reveal how organizations create, use, and manage data. The company scanned more than 110 million unstructured data files to discover business-critical and sensitive documents that were overshared via link sharing, inappropriate external sharing, internal permission misconfigurations, and incomplete/incorrect document classifications. Oversharing increases the risk an organization will lose data, violate compliance or privacy mandates, or experience cybercrime.
Statistics highlighted in this latest Data Risk Report reveal that organizations average 439,000 files at-risk due to oversharing. That translates to 210 at-risk files per employee (up significantly from 38 files per employee in Q1 2020, a 452 percent increase). Link-based risky sharing is up to 65,000 documents per enterprise, up from 56,000 in Q4 2020 (the company started tracking link sharing risks in Q3 2020).
Concentric identified and quantified risk in both structured and unstructured data using deep learning. Its solution autonomously provides an accurate and detailed semantic understanding of the millions of contracts, financial documents, payroll, merger and aquisition plans, product roadmaps, and source code files used by organizations every day. Similar to previous Data Risk Reports, this one analyzed production data and reflects actual user practices and real-world data risk exposures. Additional statistics in the Q1 2021 report include:
Nearly 35 percent of unstructured data is business-critical -- that's 3.1 million files in an average organization. Of those business-critical files, 14 percent can be seen by internal or external users who should not have access.
The assessment found 229,000 business-critical files were erroneously classified and inappropriately accessible by other employees. To illustrate, nearly 23 percent of all unstructured data contained personally identifiable information (PII) and were not marked appropriately.
More than 33 percent of files processed were duplicates (15 percent) or near-duplicates (20 percent). Maintaining multiple variant copies of sensitive information (often with insecure file permissions, prohibited locations, or improper file classifications) can create legal and regulatory risks, as well as significant unnecessary storage costs.
Eighty-five percent of at-risk files were overshared with users or groups within the company, while 15 percent of business-critical files were overshared with external third parties.
"More than 80 percent of an organization's data is unstructured, meaning it's embedded in the millions of financial reports, corporate strategy documents, source code files, and contracts created every year," said Karthik Krishnan, Concentric CEO. "As our quarterly Data Risk Reports continue to show, unstructured data is still largely unseen, unexplored and insecure, and too often overshared inside and outside organizations."
Concentric's Risk Distance analysis evaluates business criticality based on contextualized content, file ownership, document meta-data, presence of PII, and peer file comparisons. Business criticality is vital to security assessment and understanding which files must not be overshared. Product files accounted for the leading share of business-critical documents (44 percent) analyzed for this report, followed by financial files (27 percent), legal files (13 percent), and partner documents (10 percent).
To compile the report, Concentric leveraged its Semantic Intelligence solution to autonomously categorize and assess documents created and managed by end users. The result is the industry's most complete, detailed and accurate view into how risks associated with oversharing are changing over time. The full report is available from Concentric free of charge (registration required) at https://landing.concentric.ai/drr.
For details, visit https://www.concentric.ai.


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Image Credit: Pew Research Center
One Chart Proves Money Really Does Buy Happiness — To a Point
"We like to say that money won't make us happy, mostly to keep spirits up about not being able to afford something. But it turns out on a global scale, money can buy happiness — at least to a certain extent."
Image Credit: Comics Alliance/ Dylan Todd
Superheroes: New Superhero Movies Between Now And 2020
from Comics Alliance
"ComicsAlliance's own graphics maestro Dylan Todd put together a timeline that reveals what those six years look like, including 29 confirmed release dates between now and the end of 2020, with several dates and titles still to be announced. For anyone who remembers the days when just one Spider-Man movie seemed an impossible dream, it's an astonishing representation of how comic book superheroes now dominate popular entertainment."
5 Tumblrs For Black Women That Love Books
Here are 5 great blogs/tumblrs for Black women who are interested in stories about them, from them.
Image Credit: flickeringmyth
Warner Bros. eyeing Jaden Smith for Static Shock?
from flickeringmyth
"A few days ago it was announced that, as part of a new digital initiative dubbed Blue Ribbon Content, Warner Bros. would be making a live-action Static Shock digital series."
'Archer' Season 6 Preview: Cast and Crew on Rebranding and Dropping ISIS
"One of the big reveals was that, due to recent events, the show would be dumping the name ISIS (International Secret Intelligence Service)—the highly illegal New York City-based spy organization where Archer and Co. worked. "
Image Credit: Polygon
There's a new Mortal Kombat live-action series coming
from Polygon
A live-action digital series is being created "in association" with Mortal Kombat X, Warner Bros. announced today... Few details are available about the project, which will "feature some of the franchise's most iconic characters as well as a new generation of fighters."
LeVar Burton Reads "Go the F*** to Sleep" (NSFW)
NSFW: "After a wildly successful Kickstarter campaign earlier this spring to relaunch the show, Burton stopped by Rooster Teeth's Extra Life 24-hour webcast—a pledge drive raising money for children's medical needs—this past weekend to read to adults for a change. Reading the bestselling children's book for parents, Go the Fuck to Sleep, Burton had fun with his status as a known proponent of reading to kids."
Don Lemon: I Get Called Uncle Tom if I Don't Push a Certain Narrative
"CNN's resident bastion of blackness is speaking out in support of recent comments by Charles Barkley about how black people tear each other down when one deems another "not black enough." Barkley made the comments last week after a report that some Seattle Seahawks players thought Russell Wilson wasn't black enough."
Image Credit: HBO
I'm a Black Journalist. I'm Quitting Because I'm Tired of Newsroom Racism.
from newrepublic
"It's a strange and incredibly demoralizing time to be a black person in American media. The words "racist and "racism" have cynically become clickbait, all while various newsrooms are claiming that they want to hire more writers and reporters and editors of color, but don't."
Image Credit: adashofdata.com
How Differently A Couple Texts Before And After Getting Married
Alice Zhao is the data scientist and blogger behind this texting project. Zhao analyzed texts from the first year she started dating her now-husband and texts from this year.
Gamergate Goons Can Scream All They Want, But They Can't Stop Progress
"Forged in the fires of multibillion-dollar corporate interests, the modern notion of the "gamer" revolves centrally around young, middle-class men and their hobbies. But this image is increasingly at odds with the demographics of the people actually playing games: According to a recent study by the Entertainment Software Association, not only are 48 percent of people playing videogames today female, but there are more adult women playing games than boys under 18."
Does Janelle Monae Get The Shine She Deserves?
"But her latest single, the brilliant women's empowerment anthem "Electric Lady" has yet to pierce pop culture's collective consciousness the way that Beyoncé's "Single Ladies" did in 2008. Despite the well-deserved praise she's received, the kind of visibility that saturates every corner of our culture and defines what it means to be a successful pop star in 2014 still seems to elude Janelle Monáe."
Image Credit: Tea & Breakfast
So What if it Wasn't Hands Up Don't Shoot??
from Tea & Breakfast
"The release of the Mike Brown autopsy does not justify his murder, his being left in the street for hours, or his killer still being free."
Image Credit: DWP Trailer
The Kind Of Racism That 'Dear White People' Overlooks
from ThinkProgress
"If you haven't seen Dear White People, you should. It's the first film in years to really confront black identities, of which there are many, in a sharp and funny way. The social commentary is meant for a large audience (despite the title) but is written, directed, and produced by black people on their own terms. It's an important film because it examines the scale of racism that exists, from overt to subtle."
We Create More Jobs When Black Women-Owned Businesses Succeed
"Each month, I discuss the monthly U.S. Department of Labor jobs report on CNBC's Power Lunch, and the findings are often bittersweet. Economists generally feel that our country is making progress. In fact, this summer, unemployment reached its lowest rate in six years—hovering close to 6 percent. Yet, somehow, this improving trend continues to leave many African Americans behind."
Will Smith Is Bringing 'Hitch' to Television
"If your Tinder and OkCupid dates are not going well, Will Smith is here to help. Hitch, the 2005 romcom starring Smith as a professional dating consultant that brought in close to $370 million worldwide, is coming to television to solve all matters of the heart."
Avengers: Age of Ultron's' Trailer Leaks
"The trailer for one of the most anticipated films of 2015 has leaked online and offers an embarrassment of riches, from a glimpse at Marvel's pending Civil War to new cast members. Watch it here."
We Are Not Heroes: Why Black Activism Requires Mental and Emotional Care
from The Visibility Project
"In the 75 days that have passed since Mike Brown's murder we've followed live-tweets, watched Vines and shared livestream links of the militarized responses to peaceful assembly, asking ourselves why an organized front on the part of law enforcement was deemed appropriate or necessary. But what many of us haven't seen–and perhaps never will, at least not firsthand–is how civilians began the coping process after leaving the courthouses and police stations."
The Whiteness Project Exposes the Hardships of Being White in America
"It's so hard to be a white person in America. Nobody knows the trouble they've seen. Well, The Whiteness Project is here to solve that and let America know about their sorrow."
Image Credit: Getty Images/Creatas RF
Tech jobs: Minorities have degrees, but don't get hired
"Top universities turn out black and Hispanic computer science and computer engineering graduates at twice the rate that leading technology companies hire them, a USA TODAY analysis shows."

redpajama_set_name: RedPajamaCommonCrawl


We can help you generate more website hits by optimising your website to target the words used in your clients searches.
Search engine optimisation is the process of ensuring that your website and it's pages are visible to search engines when people search for the things you want to be found for and that you come up as high as possible in the listings for those searches.
When someone searches on google two things happen: Firstly google finds all the pages on the web that match the search query; secondly it ranks these pages based upon how important it feels each page is relative to the search term. A particular page is considered to be important if it has lots of links to it from other important sites and those links also contain words relative to what the user has searched for.
So if a site is optimised then it has been constructed in a way that a search engine such as google aren't penilising it (e.g. it follows standards and is on a fast server) , but also so that the words used on it and how they are used mean that google associates your pages with the search terms that people are searching for.
This involves researching what people are searching for, how competative those terms are and what terms we should choose to target. It may also mean that we create a few versions of certain pages of your site in order to target a few different searches.
We build our sites to meet the latest W3C HTML standards. This has a lot of benefits but one of them is that search engines like that our code quality is higher. We are also able to edit existing sites to make them follow these standards.
A big part of SEO is actually you having the ability to create and administer your own content in a way that makes sure search engines can grab and use it. When we build new sites that are content managed we also ensure that these systems have the right features within them that allow you to create content and put it into the right places so it can be found by search engines.
Remember we said that links to your site are important? Never create spam links back to your site. We recommend instead creating "Link Bait". Link bait is essentially the process of creating content on your site that people want to link to. This is a little bit strategic and highly dependent on your business model and nature of website so it is worth us talking about in more detail before getting started.
Submitting your sites to a range of credable directories such as Google Places and DMOZ can be a quick way to lend a new site some page rank credability.
The list of possible approaches goes on but this demonstrates that we know what needs to be done and have the approach to achieve it. Strictly speaking SEO is a long game but sometimes you can get some quick wins.
How is SEO Charged for?
Whether a site is new or old the first option is to bring it up to a good SEO standard by applying some of the stuff we discussed above. This is normally a fixed price based on what needs to be done and is dependent on the number of pages, technologies the site uses and initial build quality.
Because a lot of what SEO intails is strategic copywriting and content creation another option if you regularly create content is to assign a monthly budget to your SEO strategy. This means that every month a set ammount of time will be spent researching keywords for new content, creating tailored versions of pages to target words, updating the way copy has been written etc. This gives you the piece of mind that your site is constantly being kept up to a good SEO standard.
Tools such as Google Analytics are very easy to install and allow you to see trends in visitor numbers, search terms used to get to the site, devices used, location etc. So for example if lots of people were coming to a particular page as a result of searcing for "lemons birmingham" then you could see how many and when. If you are seeing lots of traffic coming to your site from pages that have been optimised, or if overall traffic from search engines is increasing then this is a good incidation that your search engine strategy is working.
If you want to get more creative then we can implement clever goal tracking techniques. For example if the ultimate goal of your site (and measure of success for it) is to generate leads via a particula contact form then we can set it up so that google knows when this event has happened and ties it back to your other website analytics data.
It may be that a call and some initial advice is all you need for now, or if you need a very structured approach then we are able to audit your SEO approach and suggest approaches both strategically, functionally and from a content perspective.


For the Holidays, We Gave to The Gathering Place | Denver Trial Attorney Blog | Leventhal & Puga P.C.
The partners, associates, and staff at Leventhal & Puga, P.C., chose to make The Gathering Place our partner in our yuletide celebration of giving for 2018. We want to take this opportunity to say thank you to The Gathering Place for allowing us to be a part of their community and for taking the time to give us a tour of their amazing facility where they provide shelter, a mailing address, daycare, food, clothing, toiletries, medical and dental check-ups, access to governmental resources/programs, and an arts center where they make and sell amazing individual works of art.
The Gathering Place was founded in 1986, and is the only daytime drop-in center in metropolitan Denver that serves women and children who are experiencing poverty and homelessness. They believe deeply in the power of their community and continually work to make it stronger. They are not just a service organization; they are committed advocates for their members and promote social justice for every woman, child, and transgender individual in their community.
Dropping off donation during out tour: Attorney Nick Temming, Law Clerk James Brown and his son Semaj, Attorney Hollynd Hoskins, and The Gathering Place volunteer Barbara Harrison.
We here at Leventhal & Puga, P.C., found their mission to be a noble pillar for the underserved, and we are proud to contribute our support to their efforts. They are a community of safety and hope where positive relationships, choice, and essential resources transform lives. We were able to donate a wide variety of much-needed items such as food, warm clothing, personal hygiene products, diapers, and financial support. This and more helped to provide a brighter holiday for Denver families in need.
Semaj Brown Wheeling in our donations with Barbara Harrison.
The Gathering Place is located at 1535 High Street in Denver, just north of Colfax Avenue on High Street.
Call (303) 321-4198 or visit their website to learn more!
If My Child Has Cerebral Palsy, Will There Be Other Conditions?
How Does a Medical Device Wind Up in Your Body?


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Achilles heel of graphene exposed
(Nanowerk News) The advantage of graphene is that it can be used at room temperature to calibrate a wide range of measuring devices, which is a boon for industrialists and research laboratories. But the Achilles heel of the graphene quantum Hall effect, and how to remedy it, had to be identified. A UCLouvain team has just achieved this thanks to a microscope that is unique in the world.
Graphene is a two-dimensional material formed by a single layer of carbon atoms arranged in a hexagonal lattice. It is a conductive material with very unique properties, which has many advantages for new technologies. When a graphene sheet is subjected to an intense magnetic field perpendicular to its plane, opposite electric charges accumulate on the two edges of the sheet parallel to the current, and the transverse electric conductance becomes quantised: this is the quantum Hall effect.
The quantum Hall effect is specific to two-dimensional electronic systems (its discovery in 1980 by Klaus von Klitzing earned him the Nobel Prize five years later), and is not limited to graphene. In most materials, ultra-low temperatures must be reached to measure the quantum Hall effect, but in the case of graphene, the effect can even be observed at room temperature, because the gaps between the (Landau) energy levels are larger.
a) Schematic of the studied sample. The graphene is protected by two layers of insulating hexagonal boron nitride (in blue) and a constriction shape has been defined. Four metalic contacts (in gold) are used to measure the device's resistance Rxx. A back gate allows to tune the graphene charge carriers density. Finally, a sharp metalic tip is biased by a voltage Vtip and is used to spot where the backscattering of charge carriers occurs in the quantum Hall regime. b) Schematic of the energy landscape at the sample edge (in the orange region in a, with border in red). At high magnetic field, the energy is quantized (blue layers that follow the potential landscape) and 1D edge channels appear where these levels cross the Fermi energy EF (electrochemical potenital). Here, counter-propagating edge channels flow along the same edge (blue and red) and an antidot (the loop) can appear between them, triggering charge carriers backscattering.
An enigma
The effect has several practical applications. It can be shown that the value of the electrical conductance or resistance in the quantum Hall effect is related to only two fundamental constants: the electron charge and Planck's constant. Since it is the effect that allows the most accurate measurement of these constants, it has become a central part of the new international system of standards that came into effect in 2018, which is used to define the kilogram, volt, ampere, etc., among other things.
The quantum Hall effect is therefore used in all metrology laboratories, to calibrate a whole range of measuring devices. The fact that the quantum Hall effect can be observed at higher temperatures in graphene would allow the popularisation of quantum measurement standards, outside the framework of metrology laboratories, for example in industrial or university laboratories.
A bit of physics for a better understanding
Coming back to the physics of the phenomenon, an important point is that the charges accumulated on the edges of the sample in the quantum Hall effect are distributed on extremely thin "edge channels", which are therefore "one-dimensional" but also "one-way": all the electrons in the same edge channel propagate in the same direction.
The precision in the measurement of the fundamental constants is linked to the fact that the electric charges transported in these edge channels cannot undergo collisions, for "topological" reasons: to change direction, the charges would have to cross the inner part of the sample, but no energy level is available to accommodate them in this part, which is insulating.
Conclusion: it is impossible for them to undergo collisions and be sent back in the direction from which they come (backscattering). This "scatter-free" movement of electric charges is very attractive for a series of quantum electronic devices: the quantum states are protected by this mechanism, which can be exploited to imagine different concepts of quantum computers.
The fact that graphene shows very clear signatures of the quantum Hall effect at higher temperatures than any other material allows us to envisage a series of new applications in metrology and quantum computing.
However, some measurements performed on graphene samples in the last few years in several laboratories show that the "standard" model of the quantum Hall effect does not apply correctly in a large number of graphene samples.
For example, some measurements showed that the quantum Hall effect could be observed in graphene even though the inner part of the sample was conductive, contrary to the case of other materials. Without a detailed understanding of the phenomenon in graphene, robust applications cannot be conceived, thus it was necessary to solve the enigma posed by these intriguing observations.
A major step toward future applications
To achieve this, Nicolas Moreau, a PhD student in the UCLouvain laboratory of Benoit Hackens (IMCN/NAPS), relied on measurements performed with a unique "scanning gate microscope", developed in the laboratory, on graphene samples fabricated in the laboratory of Christoph Stampfer (RWTH, Aachen). This microscope allows direct observation of the behaviour of electrons at a scale of a few nanometres.
The measurements surprisingly localised a large number of backscattering centres on the edges of the graphene samples. By combining the results with numerical simulations, the team was able to highlight the "Achilles heel" of the graphene quantum Hall effect: in most of the samples studied so far, the counter-propagating edge channels are not actually separated from each other by the sample's "insulating" interior, but are very close to each other.
Hence electric charges can be backscattered if a localised impurity between the edge channels allows charge transfer between channels. Fortunately, these effects are governed by electrostatic phenomena that can be minimised by redesigning the devices.
This discovery, published in Nature Communications ("Upstream modes and antidots poison graphene quantum Hall effect"), is a major step forward in the understanding of the quantum Hall effect in graphene, towards the improvement of its measurement, and thus towards its application in metrology and quantum computing.
Source: Université catholique de Louvain
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Precision machining produces tiny, light-guiding nanocubes for advancing info tech (w/video)
Void-confinement effect of nanoreactor promotes heterogeneous catalysis
Physicists manipulate magnetism with light
Nano-architected material refracts light backward - an important step toward one day creating photonic circuits
Carbon nanotubes help deliver anticancer drug directly to its targets
Ultrathin materials lead to a big advance in quantum computing
Rare Kondo phenomenon found in transition metal oxide, furthering decade-long debate
A new structured thermal armor achieves liquid cooling above 1000 C, overcoming challenge of Leidenfrost effect
Enhancing the energy storage capacity of graphene supercapacitors via solar heating
Eco-friendly micro-supercapacitors using fallen leaves
Dissociation mechanism of oxygen molecules on a silver surface unveiled
Strong but thin transparent films made from cellulose nanofibers with wide applicability
Breakthrough measurements, theory of vibrating atoms in nanostructures ushers in new class of technology
Maize and milk proteins can replace fossil fuels and metals in the production of nanostructured surfaces
Revealing lithium metal's electronic structure
Scientists fabricate smart heat isolator
'Smart' saddle with triboelectric nanogenerators could help equestrians hit their stride (w/video)
Disinfected with light: self-cleaning surfaces protect against the transmission of bacteria and viruses
Silicon fluorescence shines through microcracks in cement, revealing early signs of damage
Diamond quantum sensor detects 'magnetic flow' excited by heat
'Crazy' light emitters: Physicists see an unusual quantum phenomenon
Simulations shed significant light on janus nanoparticles
Atomic armor for accelerators enables discoveries
Asymmetry is key to creating more stable blue perovskite LEDs
A soft, stretchable, self-powered thermometer (w/video)
Ion pairings change honeycomb crystal states
New antimicrobial nanoparticle therapeutics to fight superbugs
Just listen to the chaos: A new approach to extracting information from large ensembles of sensors
Cats in a cage: Novel hybrid nanocages for faster catalysis
Harnessing noise in optical computing for AI
Speedy, on-site drug detection key to reducing impacts of addiction crisis
...more nanotechnology news


Welcome to week 2 of "Rudiment of the Week." This week begins with the Du-Fives. I like this particular rudiment because it can be applied like a five-stroke roll, which is very common in the jazz language, but the flam in front makes it particularly tricky and a chop buster as well.
Start slow and build up, making sure to keep the flam clear.


The Vigezzina-Centovalli Railway presents the most exciting journey on board the Foliage Train, in the season of the most beautiful colours, between Italy and Switzerland.
Foliage and slowness. A perfect combination for those who, at the beginning of autumn, decide to spend a few hours or an entire weekend discovering places, scents, colors and emotions. Because of the slow journey of the Foliage Train, on the panoramic railway that connects Domodossola, in the upper Piedmont, to Locarno, on Lake Maggiore Swiss shore, contains these simple and genuine ingredients.


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Q: React - fetch data and store in a variable Beginner with react and struggling with something that I am sure is probably very simple. I am just trying to make a simple component that will fetch data and display a part of it in a div.  I am able to get the data and print it to console, but I am having trouble saving to a variable and displaying it. Here is my code (removed the actual url for privacy reasons):
let x = -1;
function getData(apiUrl){
    fetch(apiUrl, {credentials: 'same-origin'})
        .then((response) => {
            if (!response.ok) {
                Logging.error(`Did not get an ok. got: ${response.statusText}`);
            }
            return response.json();
        })
        .then(json => {x = json.value})
        .catch((error) => {
            Logging.error(`Error getting ad data: ${error.message}`);
        })
}

const MyPage = () => {
    getData('my endpoint')
    return (

{x}

    );
}

My issue is when I load the page it always displays my default value of "-1". So either x is never getting re-assigned, or the return is happening before it does.

A: Other commenters about setting state is not wrong.
However, you are also not exactly wrong, expecting a value for x.

*

*Your getData function calls fetch, however you did not return anything from fetch. If you want to use x = getData(), you will need to ensure to add a return before the fetch function in order to return the data.
const getData = (apiUrl) => {

 return fetch(apiUrl, {credentials: 'same-origin'})
     .then((response) => {
         if (!response.ok) {
             Logging.error(`Did not get an ok. got: ${response.statusText}`);
         }
         return response.json();
     })
     .then(json => {x = json.value})
     .catch((error) => {
         Logging.error(`Error getting ad data: ${error.message}`);
     })
}

let x = await getData(apiUrl)

However, fetch is asynchronous so it's you need to use x = await getData().

*You cannot use await outside an async function, so you need to use effect, and useState to properly render the data you want.
 import React, { useEffect, useState } from 'react';

 const MyPage = () => {
 const [ data, setData ] = useState();

 useEffect(() => {
     getData(apiUrl);
 },[])
        const getData = async (apiUrl) => {

      fetch(apiUrl, {credentials: 'same-origin'})
         .then((response) => {
             if (!response.ok) {
                 Logging.error(`Did not get an ok. got: ${response.statusText}`);
             }
             return response.json();
         })
         .then(json => setData(json)) //setData here
         .catch((error) => {
             Logging.error(`Error getting ad data: ${error.message}`);
         })
    }

   return (
{ JSON.stringify(data, null, 4)}
)
   }

You need to use JSON.stringify to show your JSON results in your return statement.

A: You need to you use the state in react. Try something like:
import react, { useState, useEfect } from 'react';

const MyPage = () => {
    const [data, setData] = useState(null);

    const useEfect(() => {
        const result = getData('my endpoint');
        setData(result);
     }, []);

        return (

{data}

        );
    }

redpajama_set_name: RedPajamaStackExchange


Presentation College of Applied Sciences, Puthenvelikkara focusing the formation of Intellectually Illuminated, Spiritually Enlightened, Disciplined and Dedicated citizens for the nation. Presentation College Puthenvelikara established in 2002 under the management Diocese of Kottapuram. It was a "vision come true" to the villagers who does not have much higher education facilities within their reach.


WASHINGTON (CNN) -- The U.S. Supreme Court ruled in favor of the husband of a brain-damaged woman on Monday by refusing to intervene in a Florida appeal to keep her alive with a feeding tube.
The refusal to intervene, without comment, gives brain-damaged Theresa "Terri" Schiavo's husband, Michael, the right to remove the tube, although other legal appeals are pending.
Terri Schiavo's parents want a feeding tube to remain hooked to their daughter. In a persistent vegetative state, Terri Schiavo, 41, is able to breathe on her own, but is unable to swallow and depends on a feeding tube to remain alive.
After 10 years, her husband says she is not improving and would not have wanted to be kept alive in such a condition.
The appeal asked the court to rule on the constitutionality of the so-called "Terri's Law," passed by Florida lawmakers in October 2003. That law gave Gov. Jeb Bush the power to restore a feeding tube that has kept Terri Schiavo alive since 1990.
When Bush ordered the tube reinserted, Florida's highest court ruled the law unconstitutional, saying it wrongly vested such power in the executive branch. The court said such decisions should be decided in the judiciary.
The case has sparked nationwide debate over who has control over the care and, ultimately, life and death decisions involving patients who cannot make such decisions for themselves.
In February 1990, Terri Schiavo's heart stopped beating after she collapsed from a chemical imbalance caused by an eating disorder. She did not have a written directive before her collapse. Ten years later, her husband asked a court to have her feeding tube removed, arguing she had shown no improvement. A judge ruled Terri Schiavo would not have wanted to be kept alive artificially.
Her parents, Bob and May Schindler, appealed, saying their daughter never had expressed such opinions. They are seeking a new trial, arguing she has been denied her due process rights.
The parents have appealed the case to a Pinellas County judge and to a Florida District court asking for intervention.
Speaking in Washington after the court ruled, Bob Schindler called the ruling "pathetic" and "judicial homicide." He contends that, despite the diagnosis of some doctors, his daughter is "awake and alert."
Terri Schiavo's feeding tube has been removed on two occasions, but was later reinserted after emergency legal appeals were filed. She remains hooked to a feeding tube while legal issues make their way through the courts. The refusal by the Supreme Court to intervene will not end the legal appeals.
Doctors hired by opposing sides disagree over whether Terri Schiavo's condition can improve. There also is disagreement over the extent, if any, she is able to communicate and comprehend her surroundings.