Alignment recipes applied to Llama-3.1 reduce the uniformity, unpredictability, and judged originality of model outputs compared with the same models' base versions.
The relative yields of heavy hadrons as function of transverse momentum at LHC experiments
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abstract
It is shown that the dependence of ratio $f_s/f_d$ could be understood within the fragmentation approach. However, the validity of fragmentation model is questionable at low $p_T$, and contributions of nonfragmentation mechanisms are possible. It is demonstrated, that the precise measurements of $p_T$ dependence of $f_s/f_d$, $f_{\Lambda_b}/f_{B}$ and analogous values as function of $p_T$ can essentially improve our understanding of heavy hadron production.At large $p_T$ a plateau is expected in $f_s/f_d$ distribution. Contrary, a plateau is not expected in $f_{B_c}/f_{B}$ distribution on $p_T$.
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Base Models Beat Aligned Models at Randomness and Creativity
Alignment recipes applied to Llama-3.1 reduce the uniformity, unpredictability, and judged originality of model outputs compared with the same models' base versions.