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I can relate to this. Gemini 3 doesn’t know a thing about iOS 26 or Liquid Glass. It constantly assumes this is some custom view that I want it to develop and ends up building something out the previous gen apis like ultrathinmaterial.


Michael Levine really opened my mind to phase space in biology.


Many sub-Saharan African populations, such as Bantu-speaking West Africans, exhibit relatively lower genetic diversity compared to the Khoisan people, who typically have light brown skin. The Khoisan lineages diverged from those leading to Bantu and other sub-Saharan groups around 100,000–150,000 years ago, making them one of the most ancient human ancestries.


All are equally ancient. They are 100-150K years from the common ancestor and so are all others descended from that lineage.



the entire microuniverse of some rationalist/pseudoscience groups feeling really "rational" and then having racist, sexist, (insert -ist or -ism here) views is a bit of a joke at this point


Very tragic. May the souls that gave their lives for freedom live in the memory of the people of Iran as a blessing.


The Paris metro figured this out perfectly way back in 2021 - full bars, 5G.


The Paris metro is mostly cut-and-cover. It isn't very deep. The deepest tube lines are around 60m underground.


Are you suggesting the mobile signal comes from above the ground in Paris?


No. I'm suggesting it is easier and cheaper to retrofit equipment. Not to mention dealing with the extra heat.


Pulling the cables down the service shafts from the surface is not the hard part either way.

Stockholm has had 3g in the entire subway system since 2005. Which has then been continuously upgraded. With some very deep lines.


The UI is better - they box the specific types of actions the orchestrator agent takes with a clear categorization. The standard quality of life shortcuts like type a number to respond to an MCQ are present here as well. They use specialized sub agents such as one with big context window to find context in the codebase. The quotas appear to be much more generous vs CC. The agent memory management between compacting cycles seems to have a few tricks CC is missing. Also, with 3.0 Flash, it feels faster with the same level of agency and intelligence. It has a feature to focus into an interactive shell where bash commands are being executed by the orchestrator agent. Doesn't feel like Google is trying to push you to buy more credits or is relying on this product for its financial survival - I suspect CC has some dark patterns around this where the agents runs cycles of token in circles with minimal progress on bugs before you have to top up your wallet. Early days still.


Nice page design and even nicer photography.


Tested it on Gemini CLI and the experience as good if not better than Claude Code. Gemini CLI has come a long way and is arguably likely to surpass Claude Code at this rate of progress.


What are your favorite features? I recently downloaded it and also use Codex CLI and GitHub Copilot in VS Code but I don't really know what specific features it has others might not have.


The UI is better - they box the specific types of actions the orchestrator agent takes with a clear categorization. The standard quality of life shortcuts like type a number to respond to an MCQ are present here as well. They use specialized sub agents such as one with big context window to find context in the codebase. The quotas appear to be much more generous vs CC. The agent memory management between compacting cycles seems to have a few tricks CC is missing. Also, with 3.0 Flash, it feels faster with the same level of agency and intelligence. It has a feature to focus into an interactive shell where bash commands are being executed by the orchestrator agent. Doesn't feel like Google is trying to push you to buy more credits or is relying on this product for its financial survival - I suspect CC has some dark patterns around this where the agents runs cycles of token in circles with minimal progress on bugs before you have to top up your wallet. Early days still.


This segment about the mechanism is simple and very profound. I wonder if any cancer researchers here could comment on its universality across various types of cancers:

"Tumor-Specific Accumulation Mechanism

E. americana selectively accumulates in tumor tissues with zero colonization in normal organs. This remarkable tumor specificity arises from multiple synergistic mechanisms:

Hypoxic Environment: The characteristic hypoxia of tumor tissues promotes anaerobic bacterial proliferation

Immunosuppressive Environment: CD47 protein expressed by cancer cells creates local immunosuppression, forming a permissive niche for bacterial survival

Abnormal Vascular Structure: Tumor vessels are leaky, facilitating bacterial extravasation

Metabolic Abnormalities: Tumor-specific metabolites support selective bacterial growth

Excellent Safety Profile

Comprehensive safety evaluation revealed that E. americana demonstrates:

Rapid blood clearance (half-life ~1.2 hours, completely undetectable at 24 hours)

Zero bacterial colonization in normal organs including liver, spleen, lung, kidney, and heart

Only transient mild inflammatory responses, normalizing within 72 hours

No chronic toxicity during 60-day extended observation"


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