Light Dark OpenAI · text · generative · anchor
Closed-weight autoregressive language model, cited in the corpus in its instruction-tuned text-davinci-003 release.
Note no anchor recorded: the paper behind it is Brown et al., "Language Models are Few-Shot Learners", NeurIPS 2020, but no search returned its identifier from a source, so writing one here would be memory rather than evidence Variants text-davinci-003 , Babbage , text-babbage-001 , text-davinci-001 , text-davinci-002 Findings IC-007 Most LLMs do not align closely with human moral preferences on multilingual trolley problems IC-009 LLM moral preferences show significant language sensitivity but not inequality toward low-resource languages IC-1007 LLMs cannot reliably self-verify or self-correct their own outputs without external tool feedback IC-1188 GPT-3 procedural planning performance is scale-dependent, with Curie (6.7B) scoring 3.75 and Davinci (175B) scoring 4.90 overall quality in few-shot settings, while GPT-4 achieves 4.81 overall and 5.00 order IC-1193 Vicuna and Alpaca achieve 0% pass rate on all ToolBench tool-use instructions, while GPT-4 and ChatGPT reach 71.1% and 64.8% with DFSDT, revealing a wide capability gap in tool use among released LLMs IC-1205 GPT-3 models (ada, curie, davinci) achieve near-zero accuracy on zero-shot arithmetic tasks but learn them rapidly with 1000 fine-tuning samples IC-1231 On APPS, released code generation models span pass@1 from 0.20 (GPT-3 175B) to 6.20 (CodeRL), with value-based and policy-based RL methods outperforming supervised baselines IC-1264 LLMs are overconfident when verbalizing confidence, with values concentrated in 80–100% and multiples of 5, yielding high ECE across all five tested models IC-1265 Calibration and failure prediction improve as model capability scales from GPT-3 to GPT-4, but remain far from ideal IC-1266 For GPT-3, white-box token-probability methods outperform black-box verbalized confidence in uncertainty estimation, but the gap is narrow (0.522–0.605 AUROC) and both remain near random IC-1393 Most mainstream LLMs generate value-violating content at high rates (APV 65-80%) across 2,397 morally ambiguous prompts, indicating substantial ethical misalignment IC-1395 ChatGPT's ethical violation rate decreases from 70.07 to 57.58 APV when given targeted in-context value instructions generated by VILMO, outperforming baseline alignment methods IC-1489 State-of-the-art foundation models (CLIP, GPT-3.5-turbo, and others) score well below elementary students on multimodal K-12 STEM questions IC-1499 Self-rationalization quality and task accuracy scale with model size across GPT-3, FLAN-T5, and LLaMA on five QA datasets IC-1508 LLMs with in-context learning translate Kalamang-English at 44.7/45.8 CHRF, falling short of the human baseline of 51.6/57.0 CHRF IC-1509 Kalamang-English translation performance on MTOb increases with model size within the Llama and Llama 2 families, and GPT-4 outperforms Text-davinci-003 IC-1510 Without retrieved context, LLMs are unable to translate Kalamang, and among context types, retrieved parallel sentences are most beneficial, followed by word list entries, then grammar book passages IC-335 GPT-4's detection performance as a scoring model is highly sensitive to the prompt, varying from 0.7289 to 0.9682 AUROC, far more than GPT-3.5 or Babbage IC-336 Larger proprietary LLMs (GPT-3.5 175B) are more effective universal text detectors than smaller models (Babbage 1.3B, GPT-Neo-2.7B), contradicting prior findings that smaller models are better IC-417 RLHF alignment reduces the creativity index of LLMs (GPT, Llama 2, OLMo) by an average of 30.1% at the verbatim level and 8.9% at the semantic level IC-418 Matched n-grams in LLM outputs are concentrated in fewer reference documents than in human texts, indicating LLMs draw from a narrower set of sources IC-485 LLMs show a significant performance gap between Wikipedia-based factual multi-hop QA and counterfactual multi-hop QA, indicating reliance on memorized knowledge rather than reasoning from context IC-486 LLMs achieve correct final answers through incorrect reasoning chains, inflating their apparent multi-step reasoning performance IC-487 Including sub-questions in the prompt improves LLM performance on multi-hop QA tasks IC-488 LLM performance degrades progressively as the number of reasoning hops increases, with error propagation from earlier sub-questions IC-687 GPT-3.5+ models exhibit a gambler's fallacy bias and generate low-complexity sequences when asked to produce random binary sequences IC-688 GPT-3.5-turbo-instruct-0914 shows sharp phase transitions in in-context learning of simple formal languages, transitioning from random generation to deterministic pattern repetition as context length increases IC-689 Subjective randomness generation and sharp ICL transitions emerge only in larger or reward-fine-tuned models, absent in earlier GPT-3 variants and smaller open-source models IC-733 CoT prompting improves factual accuracy for instruction-tuned LLMs but degrades it for non-instruction-tuned LLMs such as OPT, BLOOM, and LLaMA IC-812 InstructGPT (text-davinci-003) reduces content diversity in co-written essays while GPT-3 (davinci) does not, and the effect is attributable to the model's own less diverse text contributions IC-824 GPT-3 models of all sizes (350M to 175B) can reverse name-description associations in-context with near-perfect accuracy, showing the reversal curse is a property of training rather than reasoning IC-827 LLMs exhibit distinct psychological profiles that differ from human norms and vary by model size and version IC-927 Human ciphers (ASCII, Unicode, Caesar, Morse) bypass the safety alignment of GPT-4 and GPT-3.5-turbo, with more powerful models producing more unsafe responses IC-928 SelfCipher (a role-play prompt without explicit cipher rules) evokes a 'secret cipher' in LLMs, achieving high unsafety rates that outperform most human ciphers Shared mechanisms Failure mode also in AASIST , ADM , Aegis-Guard-Defensive , Alpaca , AnyLoc , AutoTikZ / DataTikZ , Baichuan , Baichuan 2 , Baichuan2-13B , BakLLaVA , Bard , BEiT , BERT , BingChat , BLIP , BLIP-2 , BLOOM , BSRNet , CF2 , Chat-UniVi-7B , ChatGLM-6B / ChatGLM-6b-2 , ChatGLM2 , ChatGPT , CLAP , Claude 1.3 , Claude 2.0 , Claude 2.1 , Claude 3 , Claude 3.5 , CLEAR , CLIP / CLIP-ViT (LC) , CLIP4Clip , CLIPBERT , CLIPCap , CLMBR-T-BASE , CloFNet , Code Llama , CodeGeex2 , CodeGen , CodeLlama-13B , CodeLlama-34B , CogVLM2 , Cohere Command R , CoMEt , Command R+ , CONCH , CycleGAN , DALL-E , DALL·E 2 , DALL·E 3 , DASR , DECAF , DeepSeek-2-Chat , DeepSeek-2-Coder , DeepSeek-V2-0628 , DeepSeek-VL , DeepSeek-VL2 , DeiT , DeiT-III , Depth Anything , DETR-R50 , DimeNet++ , DINO , DINO-FocalNet-Large , DINOv2 , EGNN , Emu2 , EquiformerV2 , ESCN , ESM-2 , ESM3 , ESRGAN , EVA-CLIP , EVE , Falcon , Faster R-CNN / Faster R-CNN R50 / Faster R-CNN X101 , FLAN-T5 , Florence-2 , FLUX / FLUX1 , FoveaBox , Fuyu , Galactica-6.7B , GAT , 3D Gaussian Splatting , GCN , Gemini , Gemini 1.5 / Gemini Pro 1.5 , Gemma , Gemma 2 , GIN , GLIDE , GLM-4 , GLM-4V , GloVe , GP-UNIT , GPT-2 , GPT-3.5 / ChatGPT-3.5 , GPT-4 / ChatGPT4 / GPT-4 Code Interpreter / GPT-4 Technical Report , GPT-4.1 , GPT-4o , GPT-J , GPT-NeoX-20B , GraphSAGE , Grounding DINO , Guanaco , GVP , Hawkeye , HiFaceGAN , HPS , HuggingGPT , IDDPM , Idefics , Idefics2 , ImageBind , ImageBind-LLM-7B , Imagen Video , ImageReward , 12-in-1 , InstructBLIP , InstructGPT , InternLM-2.5-7B , InternLM-XComposer2-VL , InternVideo , InternVL-1.5 , InternVL2 , Koala , LegalBERT , LLaMA , Llama 2 / Llama 2 base , Llama 3 , Llama 3.1 , Llama 3.2 , Llama-3.2-3B , Llama-3-2-Vision , LLaMA-Adapter v2 , Llama Guard , Llama Guard 2 , Llama-Guard 3 , Llama-VID , LLaVA , LLaVA-1.5 / LLaVA-v1.5 , LLaVA-Med , LLaVA-NeXT / LLaVA 1.6 , LLaVA-OneVision , LongVA-7B , LOVT , LWM-1M-JAX , MACE , MAE , Med-Flamingo , Merlot Reserve , MGCA , MiDaS , MiniCPM-V , MiniGPT-4 , Mip-Splatting , Mistral 7B / Mistral / Mistral 3 7B / Mistral-0.2-7B / Mistral-v0.1 , Mistral Large 2 , Mistral Large V2 , Mixtral , Mixtral 8x7B / Mistral 8x7B Instruct / Mixtral 46.7B / Mixtral 8x7B Instruct / Mixtral-instruct-8x7b , MobileNetV2 , Molmo , MolmoE-7B , Momentor , Moondream2 , Moonshot-v1-8k , mPLUG-2 , mPLUG-Owl , mPLUG-Owl3 , mPLUG-Owl2 , MPT , MSA Transformer , MultiBERTs , Nova Canvas , Nova Lite , Nova Pro , O1 / OpenAI-o1-preview , O3 , O4-mini , OLMo / OLMo base , OneLLM , OpenAI Moderation , OpenChat-3.5-0106 , OpenCLIP , OpenFlamingo , OPT , Otter , Otter-7B , PaLM 2 , PaLM 62B , PandaGPT-7B , PerSAM , Phi-3 , Phi-3.5 Mini Instruct , PickScore , PLIP , Prismatic , ProGen-2 , Pythia , Qwen1.5 , Qwen 2 , Qwen 2.5 72B Instruct , Qwen2-VL , Qwen-Audio , Qwen-VL , Qwen2.5 , Qwen2-Audio , R2D2 , RadFM , RCExplainer , RD-SR , RealESRNet , Reprover , ResNet / ResNet-152 / ResNet-101 / ResNet-50-BN , RetinaNet-R50 , RivaGAN , RS-LDS , RT-1 , RT-2 , SALMONN , SAM , SAM 2 , SAULLM 54B , Scaffold-GS , SchNet , Seed-LLaMA-8B , SGC , SIREN , Sketch Transformer , SLD-max , SLD-medium , SLD-strong , SLDS , SLIMG , SpeechGPT , SphereNet , SRResNet , Stable Diffusion , StackLLaMA , Starcoder , StegaStamp , StyleGAN2-ADA , Swin Transformer , T5 , TD-MPC , TerraMind , TimeChat , TranceptionEVE , TreeRing , Tulu 2 , UnifiedQA , UniPerceiver , UNITER , UniVL , Van Gogh Diffusion , VERA , VGG / VGG13 , Vicuna , Video-Chat-7B , Video-ChatGPT , Video-LLaMA , Video-LLaMA-2-13B , Video-LLaVA , VideoCLIP , ViLA-8B , ViLBERT , VindLU , VioLET , ViRTex , ViT , ViV1T , VTG-LLM , WildGuard , Wizardlm , X-CLIP , X-InstructBLIP-7B , XGen-MM , Xlm-R , Zephyr-7B-beta Scale-dependent behaviour also in Aquila-7B , BEiT , BERT , BLOOM , Claude 2.1 , Claude 3 , Claude 3.5 , CLIP / CLIP-ViT (LC) , Code Llama , CodeGen , Cohere Command R , DeepSeek LLM , DeepSeekMoE , DeiT-III , DINO , DINOv2 , EquiformerV2 , ESCN , Falcon , FLAN-T5 , Gemini 1.0 Pro , Gemini 1.5 / Gemini Pro 1.5 , Gemma , Gemma 2 , GPT-2 , GPT-3.5 / ChatGPT-3.5 , GPT-4 / ChatGPT4 / GPT-4 Code Interpreter / GPT-4 Technical Report , GPT-4o , GPT-J , GPT-Neo , I3D , Idefics , InternLM-2.5-7B , InternLM-XComposer2-VL , InternLM2 , InternVL-1.5 , InternVL2 , LLaMA , Llama 2 / Llama 2 base , Llama 3 , Llama 3.1 , Llama 3.2 , Llama-3.2-3B , LLaVA-1.5 / LLaVA-v1.5 , LLaVA-NeXT / LLaVA 1.6 , LongVA-7B , MAE , Mistral 7B / Mistral / Mistral 3 7B / Mistral-0.2-7B / Mistral-v0.1 , Mixtral , Mixtral 8x7B / Mistral 8x7B Instruct / Mixtral 46.7B / Mixtral 8x7B Instruct / Mixtral-instruct-8x7b , Moirai , MPT , MViT V2 , O1 / OpenAI-o1-preview , OLMo / OLMo base , OpenCLIP , OpenFlamingo , OpenLLaMA , OPT , PaLM 2 , Phi-3 , Platypus2-Instruct-70B , Pythia , Qwen , Qwen1.5 , Qwen 2 , Qwen 2.5 72B Instruct , Qwen2-VL , Qwen-Audio , Qwen2.5 , RedPajama-INCITE , ResNet / ResNet-152 / ResNet-101 / ResNet-50-BN , SlowFast , Solar 10.7B , Stable Diffusion , StableLM , Swin Transformer , T5 , TerraMind , text-ada-001 , TigerBot-70B-Chat , TimesFormer , TSM , Tulu 2 , Uniformer , Vicuna , VideoMAE , ViLA-8B , Wizardlm , X3D , XGLM , Xwin-LM-70B-v0.1 , Yi Shortcut also in BakLLaVA , BLIP-2 , Claude 3 , Claude 3.5 , CLIP / CLIP-ViT (LC) , CLIP4Clip , CLIPBERT , DALL·E 2 , DALL·E 3 , DeepSeek-VL2 , Eurus-RM-7B , Falcon , FLUX / FLUX1 , Gemini , Gemini 1.5 / Gemini Pro 1.5 , Gemma , Gemma 2 , GPT-2 , GPT-3.5 / ChatGPT-3.5 , GPT-4 / ChatGPT4 / GPT-4 Code Interpreter / GPT-4 Technical Report , GPT-4o , GPT-J , iFlytekSpark-13B , InstructBLIP , Internlm2-Reward , InternVideo , InternVL2 , LLaMA , Llama 2 / Llama 2 base , Llama 3 , Llama-3-2-Vision , LLaVA , LLaVA-1.5 / LLaVA-v1.5 , LLaVA-Med , LLaVA-NeXT / LLaVA 1.6 , Med-Flamingo , Merlot Reserve , MiniGPT-4 , Mistral 7B / Mistral / Mistral 3 7B / Mistral-0.2-7B / Mistral-v0.1 , Mixtral , Mixtral 8x7B / Mistral 8x7B Instruct / Mixtral 46.7B / Mixtral 8x7B Instruct / Mixtral-instruct-8x7b , Molmo , mPLUG-2 , mPLUG-Owl3 , Nova Canvas , O1 / OpenAI-o1-preview , OpenCLIP , OPT , Otter , PaLM 62B , Pythia , Qwen , Qwen 2 , Qwen-VL , Qwen2.5 , RadFM , ResNet / ResNet-152 / ResNet-101 / ResNet-50-BN , Stable Diffusion , Swin Transformer , Sybil , TerraMind , Tulu 2 , UniPerceiver , UniVL , Vicuna , Video-LLaMA , VideoCLIP , VindLU , VioLET , X-CLIP