The most famous female labor activist of the nineteenth century, Mary Harris Jones—aka “Mother Jones”—was a self-proclaimed “hell-raiser” in the cause of economic justice. She was so strident that a US attorney once labeled her “the most dangerous woman in America.”

Born circa August 1, 1837 in County Cork, Ireland, Jones immigrated to Toronto, Canada, with her family at age five—prior to the potato famine with its waves of Irish immigrants.

She first worked as a teacher in a Michigan Catholic school, then as a seamstress in Chicago. She moved to Memphis for another teaching job, and in 1861 married George Jones, a member of the Iron Molders Union. They had four children in six years. In 1867, tragedy struck when her entire family died in a yellow fever epidemic; she dressed in black for the rest of her life.

Returning to Chicago, Jones resumed sewing but lost everything she owned in the Great Chicago Fire of 1871. She found solace at Knights of Labor meetings, and in 1877, took up the cause of working people. Jones focused on the rising number of working poor during industrialization, especially as wages shrunk, hours increased, and workers had no insurance for unemployment, healthcare or old age.

Jones first displayed her oratorical and organizing abilities in Pittsburgh during the Great Railroad Strike of 1877. She took part in and led hundreds of strikes, including those that led to the Haymarket riot in Chicago in 1886. She paused briefly to publish The New Right in 1899 and a two-volume Letter of Love and Labor in 1900 and 1901. A beloved leader, the workers she organized nicknamed her “Mother Jones.”

Beginning in 1900, Jones focused on miners, organizing in the coal fields of West Virginia and Pennsylvania. For a few years, she was employed by the United Mine Workers, but left when the national leadership disavowed a wildcat strike in Colorado. After a decade in the West, Jones returned to West Virginia, where, after a violent strike in 1912-1913, she was convicted of conspiracy to commit murder. Public appeals on her behalf convinced the governor to commute her twenty-year sentence. Afterward she returned to Colorado and made a national crusade out of the tragic events during the Ludlow Massacre, even lobbying President Woodrow Wilson. Later, she participated in several industrial strikes on the East Coast between 1915 and 1919 and continued to organize miners well into her nineties.

Despite her radicalism, Jones did not support women’s suffrage, arguing that “you don’t need a vote to raise hell.” She pointed out that the women of Colorado had the vote and failed to use it to prevent the appalling conditions that led to labor violence. She also considered suffragists unwitting dupes of class warfare. Jones argued that suffragists were naïve women who unwittingly acted as duplicitous agents of class warfare.

Although Jones organized working class women, she held them in auxiliaries, maintaining that—except when the union called—a woman’s place was in the home. A reflection of her Catholic heritage, she believed that men should be paid well enough so that women could devote themselves to motherhood.

In 1925, she published her Autobiography of Mother Jones. She is buried in the Union Miners Cemetery in Mount Olive, Illinois.

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  • FunkyStuff [he/him]
    ·
    11 months ago

    Quantum computing has always wanted room temp superconductors. I'm not an expert but IIRC the way a qubit (quantum computer version of 0's and 1's) works requires as close to perfect superconductor so they don't drift and lose the special probabilistic behavior they have which enables quantum computing. Previously that was only possible in highly controlled conditions, so higher temperature superconductors enable them to be deployed in more use cases.

    • plinky [he/him]
      ·
      11 months ago

      I would think temperature noise would shoot them down, dont they cool even lower than helium boiling point soviet-hmm

      • FunkyStuff [he/him]
        ·
        11 months ago

        I'm really not sure. I just know I heard that the way they currently work is by using several real, hardware qubits to encode one logical qubit, then use an error correction algorithm to account for any glitches due to the superconductors failing. If they had room temperature superconductors they might be able to use fewer real qubits for each logical one they're implementing.

        https://www.nature.com/articles/s41586-021-03928-y this abstract mentions using 13 qubits to implement one logical qubit. I think maybe this new tech could reduce that number and help scale quantum computers upward?

        • plinky [he/him]
          ·
          11 months ago

          Yeah, but i think the issue is somewhere in the thermal noise/frequency of probing. If you go from 0.001k to 293k, your whole system will be noisier.

          Idk whether using lots of noisier qubits will bail them out there, or the scale would be much worse - like using million of qubits to get 1 real qubit. (naively going by noise alone it would make it completely unfeasible, as noise will go up by much worse magnitudes)