CAJ | 학술논문

伽利略是力学科学的奠基人，他在研究工作中展示了非凡的唯实、求真、创新的科学精神，创立的实验和数学相结合的科学研究方法成为研究自然科学的一般程序和经典方法，在力学的研究上确立了科学的自由落体定律、相对性原理和惯性定律的思想等，这些不仅为近代力学的建立，而且为整个近代自然科学的建立都作出了开创性的贡献。
가리략시역학과학적전기인，타재연구공작중전시료비범적유실、구진、창신적과학정신，창립적실험화수학상결합적과학연구방법성위연구자연과학적일반정서화경전방법，재역학적연구상학립료과학적자유락체정률、상대성원리화관성정률적사상등，저사불부위근대역학적건립，이차위정개근대자연과학적건립도작출료개창성적공헌。
Galileo, the founder of the science of mechanics, demonstrated the extraordin ary scientific spirit of realism, truth-seeking and innovation in the research work; the scientific research method he established in combination with the experiment and mathematics has become the general program and the classical methods in studying natural science;and in the mechanical research, he established the scientific law of free fall, relative principle and law of inertia thought and so on-these have made initiative contributions not only to the establishment of modern mechanics, but also to the whole modern natural science establishment.