{"date":"20261114","column":"科技","count":2,"updatedAt":"2026-11-14 07:59:07","items":[{"id":"ARTIu1PdCM9wnz1v0HNzKn6O261114","title":"由“氧”到“氟”，锂电池练就强劲心脏","url":"https://news.cctv.com/2026/11/14/ARTIu1PdCM9wnz1v0HNzKn6O261114.shtml","brief":"“十五五”规划纲要提出，加快新一代信息技术、新能源、新材料、智能网联新能源汽车、机器人、生物医药、高端装备、航空航天等战略性新兴产业发展。锂电池被广泛运用于新能源汽车领域，但目前存在续航里程有限、低温环境表现有待提高等问题。","dateTime":"2026-11-14 06:51:36","keywords":"锂电池 心脏 溶剂化 电负性 电解液","image":"https://p4.img.cctvpic.com/photoworkspace/2026/11/14/2026111406503963143.jpg"},{"id":"ARTIjm3hEdnXblnzFwSY7rig261114","title":"打开脑机接口研发新路径 神经元编码有新发现","url":"https://news.cctv.com/2026/11/14/ARTIjm3hEdnXblnzFwSY7rig261114.shtml","brief":"中国科学院自动化研究所团队通过灵长类动物实验研究，揭示大脑仅用少量神经元就能解码手部三维运动轨迹，为研发更高效的新一代脑机接口提供神经科学依据。","dateTime":"2026-11-14 06:41:54","keywords":"运动皮层 接口 神经元 三维运动轨迹 放电率","image":"https://p3.img.cctvpic.com/photoworkspace/2026/11/14/2026111406410317467.jpg"}]}