I've discussed many times that the word "consciousness" has a variety of meanings. But most commonly, the various meanings can be grouped into two broad categories. One refers to some combination of functionality, typically the information processing that happens in the brain enabling an organism to take in, assess, and use information about itself and … Continue reading Consciousness, illusions, and definitions
Star Trek: Strange New Worlds
I've been a Star Trek fan since I was very young. I remember getting home from school every day and rushing to the TV to catch the next episode, which at this point, c. 1971, were syndicated reruns. Most of the episodes were individual stories, and so could be shown in any order, which the … Continue reading Star Trek: Strange New Worlds
Attention and consciousness
I noted in the post on Susan Blackmore's views that often consciousness get associated with the results of one of three processes: perception, attention, or introspection. Interestingly, while everyone and their brother has a book out on consciousness, attention receives far less... attention. At least in the popular press. The science of attention has a … Continue reading Attention and consciousness
SMBC: Let’s ask the aliens to explain consciousness
Today's Saturday Morning Breakfast Cereal comic is pretty good, and related to our recent discussions. Click through for the original to see the hovertext and Red Button bonus caption How would you have responded to Zorkrang's initial question? (Assuming you weren't more concerned about being naked and experimented on by an extraterrestrial.)
Susan Blackmore’s illusionism
Susan Blackmore's Consciousness: A Very Short Introduction may have been the first book I read on consciousness many years ago. Recent conversations rekindled my interest in her views. I'm pretty sure her discussion of consciousness as an illusion was the first time I had encountered that idea. Strong illusionists such as Keith Frankish and Daniel … Continue reading Susan Blackmore’s illusionism
Love, Death & Robots, Volume 3
The latest volume of Love, Death & Robots dropped Friday on Netflix. I had hoped to meter my watching of them this time, but it didn't happen. I avoided binging the whole thing Friday night, but by last night I was done. As usual, these are all relatively short, in the 10-20 minute range. All … Continue reading Love, Death & Robots, Volume 3
What does it mean to be “like something”?
When it comes to my philosophy of consciousness, I've noted many times that I'm a functionalist, someone who sees mental states, including conscious ones, as being more about what they do, their causal roles and relations, than what they are. Since functionalism focuses on functionality exclusively, it often gets lumped in with illusionism, which typically … Continue reading What does it mean to be “like something”?
A thought about objectivity
The idea of objectivity gets a lot of criticism. One common complaint is that it's a fantasy viewpoint, a God's eye view that doesn't exist, a view from nowhere that we can never take. This is a common complaint I've seen from people who think studying consciousness in a third person manner is misguided. It … Continue reading A thought about objectivity
Graziano’s non-mystical approach to consciousness
Someone called my attention to a new paper by Michael Graziano: A conceptual framework for consciousness. I've highlighted Graziano's approach and theory many times over the years. I think his Attention Schema Theory provides important insights into how top down attention works. But it's his overall approach that I find the most value in. He's … Continue reading Graziano’s non-mystical approach to consciousness
A way to understand quantum computing
The other day I shared a video on quantum computing, which I thought was informative, but the feedback I received is that it wasn't for anyone not already versed in the subject. Since I once struggled to understand this subject myself, I tried to think of a way of describing it that would actually help. … Continue reading A way to understand quantum computing