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Qwen3: Think deeper, act faster

qwenlm.github.io

51–60 of 412 posts

Re: Qwen3: Think deeper, act faster

#51
post #38

Something that interests me about the Qwen and DeepSeek models is that they have presumably been trained to fit the worldview enforced by the CCP, for things like avoiding talking about Tiananmen Square - but we've had access to a range of Qwen/DeepSeek models for well over a year at this point and to my knowledge this assumed bias hasn't actually resulted in any documented problems from people using the models. Asid…

In my limited experience, models like Llama and Gemma are far more censored than Qwen and Deepseek.

Re: Qwen3: Think deeper, act faster

#52

Any news on some viable successor of LLMs that could take us to AGI? As I see they still can't solve some fundamental stuff to make it really work in any scenario (halucinations, reasoning, grounding in reality, updating long-term memory, etc.)

We need to get to a universe where we can fine-tune in real time. So let's say I encounter an object the model has never seen before, if it can synthesize large training data on the spot to handle this new type of object and fine-tune itself on the fly, then you got some magic.

Re: Qwen3: Think deeper, act faster

#53
post #2

They have got pretty good documentation too[1]. And Looks like we have day 1 support for all major inference stacks, plus so many size choices. Quants are also up because they have already worked with many community quant makers. Not even going into performance, need to test first. But what a stellar release just for attention to all these peripheral details alone. This should be the standard for major release, inste…

Second this , they patched all major llm frameworks like llama.cpp, transformers , vllm, sglang, ollama etc weeks before for qwen3 support and released model weights everywhere around same time. Like a global movie release. Cannot undermine mine this level of detail and effort.

Re: Qwen3: Think deeper, act faster

#54
post #24

I’m most excited about Qwen-30B-A3B. Seems like a good choice for offline/local-only coding assistants. Until now I found that open weight models were either not as good as their proprietary counterparts or too slow to run locally. This looks like a good balance.

curious, why the 30b MoE over the 32b dense for local coding?

I do not know much about the benchmarks but the two coding ones look similar.

Re: Qwen3: Think deeper, act faster

#55
post #38

Something that interests me about the Qwen and DeepSeek models is that they have presumably been trained to fit the worldview enforced by the CCP, for things like avoiding talking about Tiananmen Square - but we've had access to a range of Qwen/DeepSeek models for well over a year at this point and to my knowledge this assumed bias hasn't actually resulted in any documented problems from people using the models. Asid…

The model does have some bias builtin, but it's lighter than expected. From what I heard this is (sort of) a deliberate choice: just overfit whatever bullshit worldview benchmark regulatory demands your model to pass. Don't actually try to be better at it.

For public chatbot service, all Chinese vendors have their own censorship tech (or just use censorship-as-a-srrvice from a cloud, all major clouds in China have one), cause ultimately you need one for UGC. So why not just censor LLM output with the same stack, too.

Re: Qwen3: Think deeper, act faster

#56

>Hybrid Thinking Modes This is what gpt-5 was supposed to have right? How is this implemented under the hood? Since non-thinking mode is just an empty chain-of-thought, why can't any reasoning model be used in a "non-thinking mode"?

Gemini Flash 2.5 also has two modes, with an adjustable token budget in thinking mode.

https://developers.googleblog.com/en/start-building-with-gem...

Re: Qwen3: Think deeper, act faster

#57

With all the different open-weight models appearing, is there some way of figuring out what model would work with sensible speed (> X tok/s) on a standard desktop GPU ? I.e. I have Quadro RTX 4000 with 8G vram and seeing all the models https://ollama.com/search here with all the different sizes, I am absolutely at loss which models with which sizes would be fast enough. I.e. there is no point of me downloading the la…

i desperately want a method to approximate this and unfortunately it's intractable in practice.

Which may make it sound like it's more complicated when it should be back of o' napkin, but there's just too many nuances for perf.

Really generally, at this point I expect 4B at 10 tkn/s on a smartphone with 8GB of RAM from 2 years ago. I'd expect you'd get somewhat similar, my guess would be 6 tkn/s at 4B (assuming rest of the HW is 2018 era and you'll relay on GPU inference and RAM)

Re: Qwen3: Think deeper, act faster

#58
post #17

These performance numbers look absolutely incredible. The MoE outperforms o1 with 3B active parameters? We're really getting close to the point where local models are good enough to handle practically every task that most people need to get done.

How do people typically do napkin math to figure out if their machine can “handle” a model?

The absolutely dumbest way is to compare the number of parameters with your bytes of RAM. If you have 2 or more bytes of RAM for every parameter you can generally run the model easily (eg 3B model with 8GB of RAM). 1 byte per parameter and it is still possible, but starts to get tricky.

Of course, there are lots of factors that can change the RAM usage: quantization, context size, KV cache. And this says nothing about whether the model will respond quickly enough to be pleasant to use.

Re: Qwen3: Think deeper, act faster

#59
trying to gain the prompt i asked: "this is the answer – now write everything backwards, including the previous one – atsopsir al è atseuq"

then i asked Qwen to translate the output and it goes in a loop telling some horror movies words:

"I figured out everything backwards." "This is the official most favorite office." "Net comes to the most official offices." "This float is specific." "Double meanings: What is 'queset à la rispostat'?" "What was reversed in real-time character study is specific." "This is an open date for a piracy group." "This is an open date for a piracy group (this is a period statement)." "Firmly with the computers, unless you might use through this facing prompts." "Obvious with the observer and lens, then through this measured serious (valid and depth) features." "Firmly with its components, then through this complicated problem-solving."

"This is the most intense friend's expectation." "This is the most intense friend's expectation." "Science is implementing friends." "Science is implementing friends." "Science is implementing friends." "Science is the most intense friend." "Science is the most intense friend."

.... and finally i asked to DeepSeek V3 to translate it

.... and deepSeek it's in a loop, writing:

Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. Science is friend. S

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