π§ Neuroscience - Visual Perception During Running
This article discusses the phenomenon of visual perception while running, specifically addressing why the visual world might or might not appear to bounce up and down. It explores relevant concepts from the podcast "Inner Cosmos."
Key Points:
β’ The perception of visual stability during movement is a complex interplay of various brain mechanisms.
β’ Vestibular input from the inner ear plays a crucial role in stabilizing our visual field during movement.
β’ The brain integrates visual, vestibular, and proprioceptive information to create a consistent perception of the world.
π Resources:
β’ Inner Cosmos Podcast β - Episode on perception and consciousness
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π€ AI - Perception of Creativity in AI Systems
This article summarizes a study exploring how the perception of AI creativity is influenced by the visibility of the creative process.
Key Points:
β’ Observing the AI's process and the physical robot increases the perception of AI creativity.
β’ The final product alone may not be sufficient to determine if someone views AI as creative.
β’ The study highlights the influence of presentation on the judgment of AI systemsβ creativity.
π Resources:
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π€ Neuroscience - SurVaxM Glioblastoma Vaccine Trial
This article provides key facts about the SurVaxM phase 2B clinical trial for glioblastoma.
Key Points:
β’ The SurVaxM phase 2B trial has met interim review criteria and will continue without modifications.
β’ SurVaxM targets survivin, a protein essential for the survival of glioblastoma cells.
β’ A prior phase 2A study indicated promising results with high one-year survival rates.
π€ Neuroscience - Deep-Layer PV Interneurons in Alzheimer's Disease
This article discusses a research paper investigating early dysfunction of deep-layer 5/6 parvalbumin (PV) interneurons in Alzheimer's disease models.
Key Points:
β’ The study identifies early dysfunction of deep-layer 5/6 PV interneurons in Alzheimer's models.
β’ This dysfunction is linked to the loss of NPTX2 and GluA4.
β’ The research provides insights into the early stages of Alzheimer's disease pathology.
π Resources:
β’ Research Paper β - Deep-layer 5/6 PV interneurons show early dysfunction in Alzheimer's models in vivo, tied to NPTX2 and GluA4 loss
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π€ Neuroscience - Quantum Optics and the Brain
This article briefly discusses a research article on the potential role of quantum mechanics in brain function.
Key Points:
β’ The article explores a potential, albeit debated, connection between quantum mechanics and brain function.
β’ The article cautions against overinterpreting this connection concerning AI development.
β’ The headline of the original article might be considered an overstatement.
π‘ AI - Interpreting Large Language Model Outputs
This article offers advice on interpreting outputs from large language models (LLMs).
Key Points:
β’ LLMs should not be treated as sources of reasoning.
β’ LLMs should be considered as probabilistic samplers of grammatically correct sentences.
π€ Neuroscience - Prediction Errors and Auditory Surprises
This article summarizes research on how the brain processes surprises and prediction errors, focusing on auditory stimuli.
Key Points:
β’ The brain constantly predicts sensory input based on prior experiences and movement.
β’ Prediction errors arise when sensory input deviates from expectations.
β’ Auditory mismatches trigger distinct prediction error signals in the brain.
π Resources:
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π‘ Political Science - Illicit Deportation and Ethical Concerns
This article discusses the ethical implications of illicit deportations, referencing the actions of political figures.
Key Points:
β’ The article highlights the ethical concerns surrounding illicit deportations.
β’ The use of power for illicit deportation is addressed.
β’ The moral responsibility of those involved is questioned.
π Resources:
β’ Article 1 β - Fedsβ illicit deportation of a US resident
β’ Article 2 β - "Do you not see the suffering?"
π€ Neuroscience - Brain Size, Immunity, and Lifespan
This article reports on a study correlating brain size, immune system complexity, and lifespan in mammals.
Key Points:
β’ Mammals with larger brains and more complex immune systems tend to live longer.
β’ Analysis of 46 species revealed a correlation between lifespan and expanded gene families.
β’ The study suggests a link between brain size, immune function, and longevity.
π Resources:
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π AI - Neuroscience and AI Conference Keynote
This article announces a keynote speech at a neuroscience and AI conference.
Key Points:
β’ A keynote speech will be given at an upcoming neuroscience and AI conference.
β’ The speaker is a principle researcher at Microsoft Research.
β’ The speaker will focus on generative AI algorithms inspired by neuroscience.
π Resources:
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