Psychological projection is a limited concept

The five skandhas and modern science

What is FIML?

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Why generalities don’t work

Certitude/Coherence

Mind Reading Technology: Insights, Risks, and Protection

Imagine a world where your thoughts no longer live silently inside your head—where machines can decode what you see, feel, or even intend to say. Mind reading technology, once the stuff of science fiction, is now edging into reality through the rapid evolution of neuroscience and artificial intelligence. From brain-computer interfaces that allow paralyzed patients to move robotic limbs, to neural decoding systems that can reconstruct images directly from brain signals, the line between imagination and reality is fading fast.

So, what is mind reading technology? It’s not mystical telepathy, but a scientific field focused on interpreting brain activity patterns using sensors, algorithms, and AI. Modern research uses techniques like fMRI (functional magnetic resonance imaging) and EEG (electroencephalography) to translate neural signals into recognizable outputs—such as speech, visual images, or emotional states. In simple terms, when we ask, how does mind reading technology work, the answer lies in reading the brain’s electrical and chemical language and turning it into digital data that computers can understand.

But as this frontier opens, it brings both hope and fear. The promise lies in helping those with paralysis, ALS, or speech impairments to communicate freely. The fear lies in losing mind privacy—the last untouched layer of human autonomy. Who owns your thoughts if machines can read them? Can mind privacy still exist in a world where neural data becomes as valuable as personal data?

As scientists push forward, mind reading technology stands at a moral crossroads—one that could redefine freedom, identity, and the very concept of what it means to have a private mind.

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Listeners are different from speakers

Face-blindness (memory) test

This is an interactive version of the Exposure Based Face Memory Test.

Introduction: The human brain has a special module that is used to recognize faces. People with prosopagnosia, also known as “face blindness”, have difficulty remembering faces. Every time they see a face it looks to them like a face they have never seen before and such people have to use other information such as hair, voice, and body to recognize others. The Exposure Based Face Memory Test was developed as an open source measure of face memory and was designed with a procedure that is both closer to the demands on face memory experienced in every day life, and minimizes administration time.

Procedure: In this test you will be shown a long series of faces. For each face you must say if you have been shown that person before, or if this is a new face you have not been shown yet. It should take 2-5 minutes to complete. This test can only be taken once. It is spoiled if you have seen any of the faces before. So if want accurate results, make sure to take it seriously the first time.

Participation: You use of this assessment should be for educational or entertainment purposes only. This is not psychological advice of any kind. Additionally, your responses to this questionnaire will be anonymously saved and possibly used for research or otherwise distributed.

link to survey

Semiotics for Beginners

You aren’t at the mercy of your emotions — your brain creates them

Deception (or truth elision) in communication

Religious and Mystical Experiences as Artifacts of Temporal Lobe Function: A General Hypothesis

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A theory of FIML

One of the necessary consequences of computational irreducibility is within a computationally irreducible system there will always be an infinite number of specific little pieces of computational reducibility that you can find.45:34 in this video