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Making space and time for matter and mind

Seeing | Cosmology

A new understanding of space and time is a prerequisite for making sense of the mind-body problem, argues Prof. Bernard Carr in his presentation during Essentia Foundation’s 2020 online work conference.

Prof. Carr is Emeritus Professor of Mathematics and Astronomy at Queen Mary University of London. His professional area of research is cosmology and astrophysics and includes such topics as the early universe, dark matter, black holes and the anthropic principle. For his PhD he studied the first second of the Universe, working under the supervision of Stephen Hawking at the Institute of Astronomy in Cambridge and the California Institute of Technology. He then held Fellowships at Trinity College and the Institute of Astronomy in Cambridge before moving to Queen Mary College. He is the author of nearly three hundred scientific papers and the books Universe or Multiverse and Quantum Black Holes. He is especially interested in the role of consciousness in physics, regarding this as a fundamental rather than incidental feature of the Universe. Prof. Carr is a member of Essentia Foundation‘s Academic Advisory Board.

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Essentia Foundation communicates, in an accessible but rigorous manner, the latest results in science and philosophy that point to the mental nature of reality. We are committed to strict, academic-level curation of the material we publish.

Recently published

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Enter Experimental Metaphysics

Essentia Foundation’s Hans Busstra visited Vienna to attend a conference on the foundations of quantum mechanics, and interview physicists on the metaphysical implications of quantum mechanics. In this essay, he argues that what is called ‘experimental metaphysics’ might be at the heart of future progress in physics, and that philosophy and physics are moving closer together.

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Why did Nietzsche break with Schopenhauer’s Idealism?

Once an enthusiastic Idealist in the tradition of Arthur Schopenhauer, the later Friedrich Nietzsche broke from Schopenhauer’s philosophy with a vengeance. Adebambo Adedire argues that this shift had more to do with Nietzsche’s later rejection of the metaphysical project itself, than with the particulars of Schopenhauer’s Idealism. For Nietzsche was to eventually consider the goal of understanding the nature of reality both impossible and inherently demeaning to the human condition. Yet, we ask, can a thinking human being ever stop wondering about what reality, and the self within it, ultimately are? Even if we, as primates, cannot arrive at the ultimate metaphysical answers, aren’t we correct in aspiring to overcome our own metaphysical mistakes and delusions?

From the archives

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The fallacy of scientific realism: does anything go?

If all of our scientific theories are but convenient fictions—in the sense that nature behaves as if these fictions were true—but say nothing about the actual structure of reality, are we free to decide which way to think about this structure suits us best? Rob Hamilton addresses this and related questions in this short essay.

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Children’s unexplained experiences: From stories to science

What if your child could feel their friend’s headache in their own head? Would you be able to explain where the boundaries of self begin and end? Or how would you react if your child experienced ‘loving darkness’ during an NDE? Natalia Vorontsova explored these and other fundamental questions about the nature of reality, consciousness, and science with a researcher of children’s transpersonal and extrasensory experiences, Dr. Donna Thomas.

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The broad horizons of Ecstatic Naturalism

Dr. Walden introduces Ecstatic Naturalism, a metaphysics similar to Idealism but less committed to mind as we know it. While proposing that the archetypes—an eminently mental concept—serve as conduits to a fundamental layer of reality that is both transcendent and immanent in the so-called physical world and the human mind, it remains open to the possibility that such a layer may transcend our very understanding of what mind is.

Reading

Essays

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Is reality made of language? The amazing connection between linguistic and physical structures

The structures of our language, which function as directly accessible carriers of meaning, reveal remarkable parallels to physical systems—particularly quantum systems—which can therefore be regarded as carriers of meaning as well. This profound interconnectedness of language, thought and reality challenge our conventional understanding of what is going on, argues Dr. Sachs. His insightful observations reveal surprising ways to make sense of the paradoxes of quantum mechanics along linguistic—and therefore thought-like—lines. Though involved, we highly recommend that you give this essay a careful read, as it is surely worth the effort.

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Discussing quantum consciousness with world’s greatest minds: Penrose vs Faggin vs Kastrup

Two giants of science and technology—Nobel Laureate in physics, Sir Roger Penrose, and inventor of the microprocessor, Federico Faggin—meet to discuss their ideas on the relationship between Quantum Physics and consciousness, with the special participation of our own Bernardo Kastrup. While always respectful and congenial, the participants don’t shy away from disagreements. Their starting difference regards Quantum Theory itself: while Federico Faggin and Bernardo Kastrup allow its implications to inform their views, Sir Roger Penrose believes the theory itself to be at least incomplete and require further development. The discussion helps pin down and make explicit the fine points of the three gentlemen’s respective ideas regarding consciousness.

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The fallacy of scientific realism: does anything go?

If all of our scientific theories are but convenient fictions—in the sense that nature behaves as if these fictions were true—but say nothing about the actual structure of reality, are we free to decide which way to think about this structure suits us best? Rob Hamilton addresses this and related questions in this short essay.

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Children’s unexplained experiences: From stories to science

What if your child could feel their friend’s headache in their own head? Would you be able to explain where the boundaries of self begin and end? Or how would you react if your child experienced ‘loving darkness’ during an NDE? Natalia Vorontsova explored these and other fundamental questions about the nature of reality, consciousness, and science with a researcher of children’s transpersonal and extrasensory experiences, Dr. Donna Thomas.

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The broad horizons of Ecstatic Naturalism

Dr. Walden introduces Ecstatic Naturalism, a metaphysics similar to Idealism but less committed to mind as we know it. While proposing that the archetypes—an eminently mental concept—serve as conduits to a fundamental layer of reality that is both transcendent and immanent in the so-called physical world and the human mind, it remains open to the possibility that such a layer may transcend our very understanding of what mind is.

Seeing

Videos

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Blind man sees: Consciousness beyond the senses?

Does research on extra-ocular vision bring us closer to answering the question: is our consciousness produced by our brain? Natalia Vorontsova discusses the mind-brain relationship, the nature of reality, and the future of science with neuroscientist, physicist, and near-death experiencer Dr. Alex Gomez Marin.

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Non-dualism in ancient Greece? Dionysus as infinite, eternal conscious life

Could the mythological figure of Dionysus, in ancient Greece, represent the non-dual ground of reality, instead of the god of chaos portraid by Nietzsche? Michael Asher argues that Dionysus represents eternal, infinite conscious life as the reality that underlies all nature, in which case the inception of non-dual idealism in the West arches back to the very origins of Western civilization.

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Computer scientists don’t truly understand this

Bernardo Kastrup argues why the idea of conscious AI, though we cannot refute it categorically, is silly. This has a lot to do with the fact that most computer scientists are power users of computers but they’ve never built a computer themselves. If they had, they would be familiar with the nuts and bolts, and they would understand that the idea of microscopic transistors becoming conscious is not that different than proposing that a sufficiently complex sewage system—consisting of water pipes and valves—would become conscious.

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