Jiangying Cai, Zhenhua Liu, Yingying Wang, Wanxia Yang, Zhipeng Sun, Chongge You
Construction of the prediction model for multiple myeloma based on machine learning
International journal of laboratory hematology
thermodynamics regarded universal foundational theory laws macroscopic quantities derived microscopic entities thus root thermodynamics fundamental substance atomism revived thinking light quantum indivisible permanent element assuming basic building blocks constitute everything state system quantified entropy logarithmic probability measure multiplied boltzmanns constant change entropy expresses systems evolution toward thermodynamic balance surroundings natural processes consuming free energy least time accumulate sigmoidally resulting skewed distributions found throughout nature way thermodynamics makes sense phenomena across disciplines provides holistic worldview address questions world know meaning life live article part theme issue thermodynamics 20 bridging natural social sciences part 1