Category: Research Topics

  • How does the world view of a believer in physicalism differ from one of idealism?

    Physicalism is the view that no “element of reality” (Einstein) is missing from the mathematical equations of physics – more strictly, tomorrow’s physics beyond the Standard Model plus GR.
    Idealism is the view that reality is experiential.
    Most physicalists aren’t idealists, and most idealists aren’t physicalists, but a small minority of researchers are both idealists and physicalists.

    The intrinsic nature of quantum states is disputed. But if quantum mechanics is complete, and if the equations of physics describe fields of sentience rather than insentience, then physicalistic idealism is true. If so, there is no Hard Problem of consciousness as normally framed. Fields of insentience are destined to go the way of luminiferous aether. Formally, physical reality is described by the universal wavefunction. By contrast, consciousness is often said to be ill-defined. Yet if physicalistic idealism is true, then we already possess the mathematical apparatus of a theory of consciousness. All that’s hard is to “read off” the textures of experience from the solutions to the equations. The conjecture that relativistic QFT describes fields of sentience rather than insentience still leaves the mystery of why anything exists for the equations to describe: one big mystery rather than two. Yet even here, the superposition principle of QM hints at an answer.

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  • Researchers discover technique to alter a patient’s DNA that could cut chronic agony for sufferers

    Scientists have discovered how to switch off a key ‘pain gene’, dramatically raising hopes of a long-term treatment to relieve the agony of serious illness for millions.

    The revolutionary technique alters a patient’s DNA, silencing a gene that transmits pain signals up the spine.

    Preliminary studies on mice have already proven successful and US researchers plan to start human trials next year, potentially offering terminally-ill patients and those with chronic conditions the prospect of pain-free care.

    So suppressing this ‘pain gene’ – called SCN9A – could be used as an alternative to morphine, helping cancer patients stay on chemotherapy longer and enabling them to live their final months more fully. Navega’s method involves placing the CRISPR-editing tool inside particles of a harmless virus, which acts like a Trojan horse.

    These virus particles are injected into the spine, much like an epidural, after which they ‘infect’ neuron cells. Once inside a cell, the CRISPR tool is released and gets to work silencing the pain gene.

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