近代物理学在柔性电子发展中的前沿科学导向作用分析

中图分类号：G644

文献标识码：A DOI：10.16400/j.cnki.kjdk.2025.23.001

Analysis of the Pivotal Role of Modern Physics in Steering the Development of Flexible Electronics

SONG Xuefen，WANGLin

（School ofFlexible Electronics （Future Technologies），Nanjing Tech University， Nanjing，Jiangsu AbstractFlexibleelectronic technology，asakeydevelopmentdirectionforfuture technology，hasdemonstratedextensive apication potential in multiple fields such asartificial intellgence，healthcare，and wearable devices.As important components ofmoder physics，fundamental disciplinessuch as materials physics and quantum mechanics provide significant theoreticalsupportfortheadvancementofflexibleelectronic technology.However，tereisstillacertainlackofintegation intheappicationofmodemphysicsinflexiblelectronictechology.Thearticleanalyzes theinherentdevelopmentrelationship between modem physics and flexible electronics，and explores the profound impact of modem physics basic theories on the design，performaceoptizationandevicefunctiorealiationofflexiblelectronicmaterials.Athesametie，tearticle alsodiscusss thedirectionofmodephysicscurrculumreform，proposing tostrengthenexperimentaltachingandprojectbased teaching models，emphasizing the integration of interdisciplinary knowledge to cultivate inovative scientific and technological talents.

Keywordsflexible electronics; modern physics; curriculum reform

随着信息技术和智能制造的快速发展，柔性电子作为一种新兴技术，展现出广泛的应用前景和技术潜力。（剩余6125字）