Mo Ti (l. 470-391 BCE, also known as Mot Tzu, Mozi, and Micius) was a Chinese philosopher of the Warring States Period (c. 481-221 BCE) associated with the Hundred Schools of Thought (different philosophical schools which established themselves in this era).

Mo Di (Mo Ti), better known as Mozi (Mo-tzu) or “Master Mo,” was a Chinese thinker active from the late 5th to the early 4th centuries B.C.E. He is best remembered for being the first major intellectual rival to Confucius and his followers.

Mozi (born 470?, China—died 391? bce, China) was a Chinese philosopher whose fundamental doctrine of undifferentiated love (jianai) challenged Confucianism for several centuries and became the basis of a socioreligious movement known as Mohism.

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English: Mozi (墨子, or Mo Tzu, Latin: Micius; ca. 470 BC – ca. 391 BC), was a Chinese philosopher during the Hundred Schools of Thought period.

Mo-ti, or Mo-tzu, was a Chinese philosopher whose doctrine of universal love challenged Confucianism for a considerable time during China's history. Mo-ti was first a Confucianist but became increasingly attracted for a life of simplicity.

Not only was a utilitarian concept vigorously and logically developed by the philosoher Mo Ti (approximately 468-382 B.C.), but his disciples constituted a flourishing school for more than a century after his death and were formidable competitors of the Confucianists.

Mozi, or Mo-tzu, (born 470?, China—died 391? bc, China), Chinese philosopher. Originally a follower of Confucius, Mozi evolved a doctrine of universal love that gave rise to a religious movement called Mohism.

The Taoist Apotheosis of Mo Ti The most influential text of the ancient Chinese philosophical work Mo tzu is found in the Ming dynasty Taoist canon. This non-Taoist text may have been included in the canon because of a Six Dynasties tradition associating Mo Ti with Taoism. The present

2018年1月1日 · In this paper, the MAEAM potentials of Mo, Ti and Mo-Ti alloy have been constructed and which can reproduce well the structural and mechanical properties of the Mo-Ti system. The process of diffusion bonding between Mo and Ti …