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1000 results for “codeman”
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Quix raises $3.2M from Project A and others for its ‘Stream centric’ approach to data - Quix, a platform for Python developers working on streaming data, has secured a £2... - http://feedproxy.google.com/~r/Techcrunch/~3/bUHspt3yzCc/ #streamingapplications #cloudinfrastructure #wirelessnetworking #financialservices #projectaventures #machinelearning #passioncapital #streamingmedia #streamingdata #codemasters #datastream #databricks #healthcare #ianhogarth #technology #computing #api
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A good look at why incarcerating right-wing maniacs is, at best, an ambiguous solution.
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From the article:
Now the architects of this subculture are heading to prison for their first, second, or third stints in custody for violent offenses. And alongside them, there are hundreds of January 6 participants on their way to or in the Bureau of Prisons system: As of August 2024, the Justice Department has charged more than 1,400 people with criminal offenses stemming from the insurrection and more than 900 defendants have pleaded guilty.
The sentencing patterns to date of the Oath Keepers and Proud Boys leaders convicted of seditious conspiracy do not inspire confidence: All have been sent to medium-security facilities, including federal prisons like Cumberland, Manchester, Coleman, and Talladega. The “Patriot Wing”—the name alleged insurrectionists in the Washington, DC, jail gave to their housing unit—is known to have fostered solidarity among January 6 defendants. So the role of correctional systems in tracking and responsibly housing extreme-right inmates is crucial.
Yet there currently is no deradicalization or intervention curriculum for federal prisoners with domestic terrorism convictions, either inside prisons or upon their release back into society. By contrast, Germany’s state governments and its domestic intelligence agency spend millions of euros annually on anti-extremism education and deradicalization efforts. The Federal Bureau of Prisons did not return requests for comment.
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“Back in the 1990s, the prison gangs didn’t really operate much outside the prison, except to support the guys inside,” says Mike German, a former FBI agent and Brennan Center fellow who infiltrated Tom Metzger’s White Aryan Resistance and other Southern California neo-Nazi gangs in the 1990s. According to German, “The prison gangs have become more political as the cops started letting them get away with clobbering anti-fascists.”
https://www.vanityfair.com/news/story/american-neo-nazi-prisons
#PIC #prison #NeoNazis #fascism #fcknzs #Rundo #AtomwaffenDivision #AWD #Atomwaffen #accelerationism #ProudBoys #OathKeepers #Jan6
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Inside CodeMash 2026: A Geek Family Reunion (Powered by Microsoft MVPs) | by Betsy Weber
#devcommunity #mvpbuzz #codemash #devconference #kalahariresort #geeks #mvpprogram
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The @codemash conference schedule is out! Come see my #dotnetmaui community toolkit session at 8:30am on Thursday, 1/15.
https://codemash.org/the-codemash-2026-session-schedule-is-ready/
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Aujourd'hui dans #HeroForge.
Depuis ses débuts sur les scènes d'Arago, "Raspy" Rae Coleman est devenue l'une des artistes les plus en vogue sur Mars. Elle est désormais LA voix du Blues stellarien...
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Did you miss the #PyData #Pittsburgh event about building a modern #data analysis and #visualization pipeline for the @codeandsupply Compensation Survey Report with #Polars, #Jupyter, #papermill, #Plotly, and more? Now you can catch a recording of the presentation here!
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Join us *tonight* for a talk from @colindean about how @codeandsupply used #Polars, #Jupyter, #papermill, #Plotly, and other open source tools to generate the C&S Compensation Survey Report, a 100+ page research paper chock full of data analysis and visualization.
See you there!
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Want to learn about how to use #Polars, #Jupyter, #papermill, #Plotly, and other open source tools to create a modern, reproducible data analysis and visualization pipeline?
Join #PyData #Pittsburgh on Wednesday, January 17 for the talk "Data Engineering: The Code & Supply Compensation Survey Report" from @colindean, managing director at @codeandsupply!
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@codemonkeymike I've even found people interested in my obscure asynchronous communication interests like #NNCP and #UUCP. Twitter was never great for less popular things and got worse over time as it tried to boost the popular.
#Mastodon is the closest thing I've seen to a 90s #BBS, and this is a compliment.
You can also follow hashtags here, so any post by any person that is followed by anybody on your instance with that hashtag will show up in your feed. 2/
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‘Clipped’ Star Cleopatra Coleman on Recreating V. Stiviano’s Barbara Walters Interview and Her ‘Earnest’ Desire for Fame: ‘If She Had a Kris Jenner, She’d Become Kardashian’
#Variety #News #CleopatraColeman #Clipped #FX #Justwatchedhttps://variety.com/2024/tv/news/clipped-cleopatra-coleman-v-stivianos-barbara-walters-1236047838/
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The Ladies of ‘Clipped’ on Playing V. Stiviano, Shelly Sterling and Re-Creating the Iconic Barbara Walters Interviews
#TV #TVFeatures #BarbaraWalters #Clipped #DonaldSterling #International #JackiWeaver #LosAngelesClippers -
Hoping to get contacted about that lens on Facebook Marketplace from last week. Probably gonna go buy it Saturday. The Pentax is still in the Shop, no word on that yet but the tech did say there was a three week lead time at the moment.
May hunt down a Coleman camp oven, not to be confused with the camp stove. The oven is basically a metal box that sits on top of the oven for it's actual heat source.
Eyeing Solar battery generator options as well. Ideas.
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December 26, 2023 - Day 360 - NewPlay Bonus Review
Total NewPlays: 386Game: Grid (2019)
Platform: Steam
Release Date: Oct 11, 2019
Installation Date: Dec 26, 2023
Unplayed: 0d
Playtime: 19mGrid (2019 - to separate it from the original Grid released in 2008) is a motor-racing game.
It was delisted from Steam on Dec 1, 2023, so if you don't have a key, you can't buy Grid.
I had a key, I used the key, I probably wasted the key. As a racing game, it's perfectly serviceable, enjoyable even.
However, I'm not a big "racing" player, and my go-to for racing games is the Forza Horizon series, and a racing game needs to capture me with something that Forza doesn't offer.
In Grid, I have a game that's been delisted because the licensing for the vehicles has expired, made by a company (Codemasters) who received the Electronic Arts treatment, as did all of their existing games.
Consequently, it's a game that I probably won't sink any time into, purely because it's effectively racing into a dead-end. Grid is:
2: Meh
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We've been nominated for the 2023 Pittsburgh Startup Awards by #Xchange Pgh
Please vote in this cool program for 10 categories in the tech startup community. We're heartened to be among many great competitors for this award and to see some C&S members and supporters among them.
And of course please consider voting for Code & Supply for Coworking Space of the Year
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#Broncos third-round DL Tyler Onyedim will be in minicamp on an injury protection deal, source said.
Same with fourth-round RB Jonah Coleman and OL Kage Casey.
Common practice for guys in the mid rounds where there's a little more wiggle room in negotiations.
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#Broncos OL Kage Casey, a fourth-round pick like Jonah Coleman, also will take part in the rookie minicamp under an injury protection agreement rather than immediately signing. His situation is the same as I've reported with RB Jonah Coleman, also a fourth-round pick.
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Sources say #Broncos RB Jonah Coleman to participate in rookie minicamp on injury protection agreement & won't immediately sign. Hangup is due to some players in 4th round with injury splits. Players seek protection for 2 years of full pay if hurt during a year rather than just 1
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#Broncos draft slot compensation, per OTC:
No. 66, DT Tyler Onyedim: Four years, $7.43 million, $1.86 mil signing bonus
No. 108, RB Jonah Coleman: Four years, $5.64 million, $1.26 mil signing bonus
No. 111, OL Kage Casey: Four years, $5.56 million, $1.22 mil signing bonus
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The #Broncos at No. 108 select #Washington RB Jonah Coleman, adding to their backfield.
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Told by source that Washington RB Jonah Coleman visited #Broncos today. Very intriguing prospect. I know @[email protected] has seen him as potential fit for weeks
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#SeriousSam was a glorious #game:
“Serious Engine Networking: Short Analysis”, Marko Stanić (https://staniks.github.io/articles/serious-engine-networking-analysis).
Via HN: https://news.ycombinator.com/item?id=40657574
#SeriousEngine #GameProgramming #Games #Networking #Programming #CodeAnalysis #CroTeam #Croatia #CPlusPlus
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The UBI image I made for use with #GitPod/CodeSandbox works well. Even for this use case as it allows me to easily spin up nodes and test #headscale and #Tailscale
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Now have instant environment for the following distros: #Fedora, #Debian, #AlmaLinux, #Alpine, #CentOS, #OpenSUSE, #Ubuntu
https://github.com/gbraad-devenv#gerard-braads-instant-development-environments
For use with #Gitpod, #Codesandbox and Codespaces
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Regardless, I got it working... another one added to my development toolbox
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Natural Language AI-Powered Smart UI | by Ed Charbeneau.
https://www.codemag.com/Article/2507031/Natural-Language-AI-Powered-Smart-UI
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Lilly Wachowski calls out right-wing appropriation of ‘The Matrix’ – Entertainment Weekly
The Matrix co-director Lilly Wachowski calls out right-wing appropriation of film’s real message: ‘This is what fascism does’
The hit sci-fi movie’s famous “red pill” scene has taken on new meaning on the far right.
By Ryan Coleman, December 1, 2025 8:46 p.m. ET
Keanu Reeves and Carrie-Anne Moss in ‘The Matrix’. Credit: Jasin Boland /Warner Bros.- Lilly Wachowski, who co-directed The Matrix, is criticizing right-wing misinterpretations of the hit sci-fi film.
- “Right-wing ideology appropriates absolutely everything,” Wachowski said on a recent podcast. “They appropriate left-wing points of view, and they mutate them for their own propaganda, to obfuscate what the real message is.”
- She and her sister, Lana Wachowski, have taken issue with some conservatives twisting the meaning of the film’s famous “red pill” scene, which they conceived as a trans allegory.
Lilly Wachowski has had it with misreadings and misinterpretations of The Matrix.
The sci-fi classic she co-directed with her sister, Lana Wachowski, in 1999 tells the story of a lonely computer programmer named Thomas Anderson (Keanu Reeves), who suddenly wakes up to the fact that his drab reality is in fact an advanced computer simulation keeping humanity repressed. The movie’s prescient exploration of the choice between a familiar yet crippling illusion and a scary yet liberating truth has proven to be an enduring cultural touchpoint.
But lately, Lilly isn’t happy with what some viewers are doing with The Matrix‘s message.
“Right-wing ideology appropriates absolutely everything. They appropriate left-wing points of view, and they mutate them for their own propaganda, to obfuscate what the real message is,” Lilly said on a recent episode of the So True podcast. “This is what fascism does.”
The red pill and blue pill scene in ‘The Matrix’. Credit: Warner Bros.She continued, “They do it with absolutely everything. They do it with ‘Make America Healthy Again,” referencing Secretary of Health and Human Services Robert F. Kennedy Jr.’s controversial public health initiative, which claims a mission of “pursuing truth, embracing science, and enacting pro-growth policies” but has targeted services like transgender medical care and vaccine programs.
“This idea of… there is only two biological genders,” Wachowski said. “They’re calling it science, but it is not science. And that is what fascism does. It takes these things, these ideas that are generally acknowledged as questions or investigations, or truisms about humanity and life, and they turn them to something else… They remove the weight of what those things represent.”
Will Smith will not star in ‘The Matrix 5’ despite cryptic teaser‘Matrix’ star Joe Pantoliano says the Wachowskis ‘f—ing lied’ to him about Cypher’s fate
Lilly Wachowski came out as trans in 2016, giving “thanks to my fabulous sister,” who had “done it before, but also because they’re fantastic people.” Indeed, Lana Wachowski came out as trans in 2008, reflecting later on her trepidation about going public with her identity, “When I say it’s a matter of life and death, I’m saying that some people who have problems with transgender people suddenly recognize [us] as transgender, and that can have dire consequences when you live in a culture that’s so uncomfortable with gender variation.”
The Matrix scene that has gained the most traction in right-wing circles is the one in which Reeves’ protagonist is given a choice between taking a blue pill, which will return him to the ignorance of his normal life, and a red pill, which will forever wake him up to the harsh realities of living within the totalitarian control of a surveillance apparatus.
Get your daily dose of entertainment news, celebrity updates, and what to watch with our EW Dispatch newsletter.
“Red-pilling” has been interpreted by many conservatives as waking up to the “truth” of prohibitive views on cultural issues like LGBTQ rights. But in fact, both Wachowskis have revealed in the years since the film’s release that its deeper meaning, encapsulated in the pill scene, is a trans allegory.
“That was the original intention, but the corporate world wasn’t ready for it,” Lilly explained in 2020, noting that the very concept of the Matrix “was all about this desire for transformation, but it was all coming from a closeted point of view.”
Continue/Read Original Article Here: Lilly Wachowski calls out right-wing appropriation of ‘The Matrix’
Tags: 1999 Film, Appropriation, Carrie-Ann Moss, Entertainment Weekly, EW, Facism, Film, Keanu Reeves, Lana Wachowski, Lilly Wachowski, Politics, Propaganda, Red-pilling, Right Wing, Right-Wing, Ryan Coleman, Transgender#1999Film #Appropriation #CarrieAnnMoss #EntertainmentWeekly #EW #Facism #Film #KeanuReeves #LanaWachowski #LillyWachowski #Politics #Propaganda #RedPilling #RightWing #RightWing #RyanColeman #Transgender
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National Cryptologic Museum (NSA/CSS) New Temporary Exhibit on Project Stargate
https://www.nsa.gov/Press-Room/News-Highlights/Article/Article/3946210/new-exhibits-at-the-national-cryptologic-museum-unlock-your-curiosity/
#ycombinator #cryptology #foreign_signals_intelligence #cybersecurity #codemaking #codebreaking #National_Security_Agency #NSA #Intelligence_Community -
REM sleep: what is it good for?
Image credit: Ionut Stefan
Everybody sleeps, that’s something we can all agree on. But even though on the outside all sleep looks mostly identical, on the inside, there are quite a few differences. During a continuous episode of sleep, your brain goes through several sleep stages distinguished by different patterns of activity. Not only is their electrical signature distinct, but the brain actually does specific activities in each stage. What’s less clear, unfortunately, is what exactly those activities are.
For today, we’ll be focusing on just one sleep stage, rapid eye movement or, in short, REM sleep. We’ve all heard about it before. Still, while the concept is so well-known, its real function is far from clear. REM sleep usually comes up together with dreaming and learning, yet, as we’ll see in this article, that comes with a lot of side notes and it’s definitely not the full picture.
How do we spot REM sleep?
REM sleep is identified by a couple of criteria: high-frequency brain activity in the EEG, similar to that in the awake state; rapid eye movements; and muscle atonia, i.e. loss of muscle tone leading to muscle paralysis (presumably so we don’t act out our dreams).
Based on these features, REM is easy to distinguish from the rest of sleep, called non-REM (I know, super-original, right?): in the latter, we observe low-frequency, high-amplitude waves, no rapid eye movements, and no muscle atonia. Basically, in non-REM sleep, it looks like the entire brain is synchronously shouting the same tone, whereas in REM, it looks like everybody’s talking over each other.
Before we go into the details of what REM does, I want to clarify something: based on the current scientific evidence, we cannot say that one type of sleep is more beneficial than the other. So we can’t say that healthy adults should get more REM or more non-REM sleep. In fact, it’s possible that the ratio between the two types of sleep and the order in which they occur might also be important for the proper functioning of the brain.
What does REM sleep do?
You’ll often hear that all animals sleep. While that might not be true (for one, we haven’t studied all animals yet; for another, there are some species where it’s debated whether we see sleep or simply a period of quiet waking), still, a lot of the animals we have observed so far do, in fact, sleep, and many also show REM-like sleep.
Then again, from an evolutionary perspective, sleep seems quite dangerous: you pass out for a few hours, leaving yourself exposed to predators. And if the point of sleep is to conserve energy, REM is also not particularly good at that, because the metabolic demands are higher compared to non-REM (even close to wakefulness in some cases). So the logic goes, because sleep (and REM) are so widespread, they must be doing something pretty darn important. But what?
Theory # 1: learning
We’ve established that brain activity during REM looks very similar to that of the awake brain. People woken up from REM sleep also report very vivid dreams. Taken together, these two fueled perhaps the oldest theory regarding the role of REM sleep, namely that it consolidates memories of our waking life.
But is this supported by evidence? To a certain extent, yes, but it’s more complicated than that. Studies conducted in rats showed that learning certain tasks during the day was sometimes followed by more time spent in REM sleep. The keyword here is sometimes. In some cases, there wasn’t just an increase in REM, but in non-REM sleep as well. And other times, there was no effect at all.
Disrupting REM sleep in rats did indeed lead to worse memory of the tasks. Unfortunately, in most studies, the wake-up procedure itself was very stressful. The rats fell in the water whenever they entered REM sleep. And stress is a known disruptor of memory consolidation, so it’s hard to say whether it was really the lack of REM which caused the effect. More gentle procedures, such as head lifting, did show that memory consolidation is impaired when rats are prevented from getting REM sleep. This offers some support for the theory (although I’d personally argue any form of being woken up before getting enough sleep is stressful in itself), as does the pharmacological suppression of REM.
In humans, results were even less consistent than in rats. In short, the most consistent ones were obtained for tasks related to procedural memory, i.e. motor skills, and to emotional memory. Regarding the first one, complete lack of REM sleep, such as in treatment with antidepressants, didn’t lead to any significant impairment. That means, although REM might play a role here, it’s not essential. As for the second one, a recent study suggests it’s not REM by itself, but the sequence of non-REM and REM sleep that contributes to the proper conservation of these memories.
Like I said in the beginning, lots of side notes here, but to sum up until now: the role of REM sleep in memory consolidation appears to vary with the memory type. Additionally, both REM and non-REM might effectively work together in ensuring proper memory storage.
Theory # 2: forgetting
As much as we might hate it when information refuses to stick around the brain, forgetting is important for its healthy functioning. People who have super-memories, more formally known as highly superior autobiographical memory, often report challenges like intrusive memories or emotional overload, suggesting that forgetting may serve a critical psychological function. Plus, at the cellular level, constantly strengthening and weakening synapses is what allows our brains to remain flexible and learn.
The idea that REM might have something to do with forgetting is also relatively old. It was put forward in 1983, when two researchers suggested that dreaming during REM sleep acts as a sort of “reverse learning” mechanism which gets rid of “parasitic modes” of activity that come from overstimulation. Sadly, the evidence doesn’t currently support this. Instead, it appears that a global weakening of synapses happens during non-REM sleep.
Theory # 3: defending the visual cortex
The third potential role on our list also has to do with synaptic plasticity, but with a twist. It’s been established for some time now that the cortex reorganizes itself depending on the inputs it gets, or the lack thereof. In plain English, if you lose one of your senses (for example, if you go blind), the brain area that is responsible for this sense (here, vision), gets taken over by other senses. What’s surprising is the speed at which this happens in the visual cortex specifically: within an hour of blindfolding participants and asking them to perform a tactile task, researchers were able to detect touch-related activity in the primary visual cortex.
Given that we keep our eyes closed for longer than that during sleep, we should be seeing worse when we wake up than when we go to sleep. But that’s not the case. At the same time, scientists have observed something called “ponto-geniculo-occipital waves”. These are waves of activity that propagate from the pons to the lateral geniculate nucleus to the occipital cortex (i.e., visual cortex) and which appear during REM sleep. That’s how the defensive activation theory was born: that through these waves, REM sleep keeps the visual cortex active to prevent takeover by other senses.
If this is true, it would explain why dreams tend to be so visual in nature. But that’s a big if. So far, scientists have observed some correlations between the degree of plasticity (how fast synapses change, and thus how fast we’d expect the takeover to occur) and the amount of REM sleep, both when looking at multiple species, and when comparing teenagers and older adults.
Still, more extensive testing is needed before a final verdict. For example, what happens when REM sleep is reduced or suppressed? And does this extend to all species who display REM sleep?
Theory # 4: keeping the brain warm
The last theory for today goes in a very different direction, proposing that the role of REM sleep is to warm up the brain. Why would the brain need that, you ask? We’ve mentioned in the beginning that sleep is a state in which the metabolism is reduced. That means your body, including your brain, burns less energy, which also causes its temperature to drop.
The key point of the brain warming theory is that there probably is a certain temperature below which the brain wouldn’t function properly anymore. Enter REM sleep, with its awake-like activity patterns and metabolic costs, to save the day. During REM, brain temperature does increase, while the body remains relatively cool. Once the job is done, the brain can go back to non-REM and have its temperature drop again.
This theory isn’t novel (even though that’s how it made the rounds in 2022) and if it holds up, it does provide a nice explanation for the alternation between non-REM and REM sleep. The good news is that there is some evidence in support of it. Animals with low body temperatures spend more time in REM sleep. Cutting the connection between the brainstem (where REM sleep is initiated) and the cortex in cats makes them spend more time in REM if the room is cold and less time if they’re heated up.
The bad news, as usual, is the contrary evidence. In some species, such as the bearded dragon lizard, the brain doesn’t actually warm up during REM-like sleep. Of course, one could still argue the theory only holds in warm-blooded animals and that in the cold-blooded ones, we can’t be sure the same sleep stages exist. But in pigeons, the temperature increase is so small that it’s virtually non-significant.
What’s more, both birds and mammals sleeping in riskier situations can actually suppress their REM sleep. In this situation, the lack of brain warming during REM would, in fact, leave the animals more vulnerable to threat upon awakening. So even though the brain does definitely warm up during REM sleep for many animals, it’s possible brain warming isn’t the main function of REM either.
Where does that leave dreams?
REM sleep is so intrinsically linked to dreaming in the public’s perception that it deserves a special, although brief, mention. The function of dreams is a separate topic of its own and just as unclear, if not more so, than that of REM sleep.
But we’d like to highlight a couple of key points: while dreaming does happen in REM, it’s not exclusive to this sleep stage. Dreams do occur in non-REM sleep as well, although it remains up for debate if they’re qualitatively the same in content, vividness, and structure. More importantly, the primary function of REM sleep is not to produce dreams. From what we know and what we’ve seen so far here, dreaming appears to be a by-product of the underlying functions of REM sleep, rather than its purpose.
Where does that leave the function of REM?
It definitely leaves a lot of open questions and a lot of room for further research. So far, it looks like REM sleep refuses to stick to one function alone across all species. As more evidence comes in, it’s possible that some of the theories presented here will be abandoned, others might be adapted, and new ones could be proposed. In the end, it’s more likely we’ll end up with a mosaic of functions than with one holy grail.
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References
Crick, F., & Mitchison, G. (1983). The function of dream sleep. Nature, 304(5922), 111–114. https://doi.org/10.1038/304111a0Eagleman, D. M., & Vaughn, D. A. (2021). The Defensive Activation Theory: REM Sleep as a Mechanism to Prevent Takeover of the Visual Cortex. Frontiers in Neuroscience, 15. https://doi.org/10.3389/fnins.2021.632853
Gravitz, L. (2019). The forgotten part of memory. Nature, 571(7766), S12–S14. https://doi.org/10.1038/d41586-019-02211-5
Rasch, B., & Born, J. (2013). About Sleep’s Role in Memory. Physiological Reviews, 93(2), 681–766. https://doi.org/10.1152/physrev.00032.2012
Siegel, J. M. (2008). Do all animals sleep? Trends in Neurosciences, 31(4), 208–213. https://doi.org/10.1016/j.tins.2008.02.001
Siegel, J. M. (2022). Sleep function: an evolutionary perspective. The Lancet Neurology, 21(10), 937–946. https://doi.org/10.1016/s1474-4422(22)00210-1
Tononi, G., & Cirelli, C. (2003). Sleep and synaptic homeostasis: a hypothesis. Brain Research Bulletin, 62(2), 143–150. https://doi.org/10.1016/j.brainresbull.2003.09.004
Ungurean, G., Barrillot, B., Martinez-Gonzalez, D., Libourel, P.-A., & Rattenborg, N. C. (2020). Comparative Perspectives that Challenge Brain Warming as the Primary Function of REM Sleep. IScience, 23(11), 101696. https://doi.org/10.1016/j.isci.2020.101696
Yuksel, C., Denis, D., Coleman, J., Ren, B., Oh, A., Cox, R., Morgan, A., Sato, E., & Stickgold, R. (2025). Both slow wave and rapid eye movement sleep contribute to emotional memory consolidation. Communications Biology, 8(1). https://doi.org/10.1038/s42003-025-07868-5
#dreams #forgetting #learning #Memory #neuroscience #remSleep #Sleep #vision #warmth
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Filer bowled for an 8 ball duck by Jess Kerr.
England slip to 201/9 (45.4)
10 off 26 required as debutant Corteen-Coleman makes her way to the middle.
#ENGvNZ #ODI
#cricket #womenscricket
https://ecb.co.uk/matches/112495/overview -
Green well caught on the boundary by Gibson off Corteen-Coleman for 88 (107).
New Zealand 203/6 (45.3)
#ENGvNZ #ODI
#cricket #womenscricket
https://ecb.co.uk/matches/112495/overview