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MIT Mason Industrial Technology Inc
未开盘 10-25 16:00:00 EDT
10.14
+0.00
0.00%
最高
10.14
最低
10.14
成交量
0.00
今开
10.14
昨收
10.14
日振幅
0.00%
总市值
6.34亿
流通市值
5.07亿
总股本
6,250万
成交额
0.00
换手率
0.00%
流通股本
5,000万
市净率
--
ROE
--
每股收益
0.00
52周最高
--
52周最低
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市盈率
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股息
--
股息收益率
--
ROA
--
分时
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周K
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北京优虎网络科技有限公司
资讯
新帖
简况
MIT发布自适应语言模型！新任务，自生成远超“GPT-4.1合成训练数据”
市场资讯 · 01:28
MIT发布自适应语言模型！新任务，自生成远超“GPT-4.1合成训练数据”
MIT团队AI模拟婴儿视觉，早期视力差有助大脑视觉系统发育
市场资讯 · 07-07 10:41
MIT团队AI模拟婴儿视觉，早期视力差有助大脑视觉系统发育
MIT团队推出首台芯片级3D打印机，纯光固化树脂技术实现手持打印
市场资讯 · 07-06
MIT团队推出首台芯片级3D打印机，纯光固化树脂技术实现手持打印
微软下场支持，MIT利用毫米波透视盒中物体，精准识别出杯子手柄
市场资讯 · 07-03
微软下场支持，MIT利用毫米波透视盒中物体，精准识别出杯子手柄
Gary Marcus:纯LLM上构建AGI彻底没希望!MIT、芝大、哈佛论文火了
市场资讯 · 06-30
Gary Marcus:纯LLM上构建AGI彻底没希望!MIT、芝大、哈佛论文火了
面向6G应用，MIT开发新型光子处理器，纳秒级处理无线信号
市场资讯 · 06-27
面向6G应用，MIT开发新型光子处理器，纳秒级处理无线信号
DeepMind迎来超级大脑，何恺明出任兼职杰出科学家
市场资讯 · 06-26
DeepMind迎来超级大脑，何恺明出任兼职杰出科学家
于超对话深度原理贾皓钧：做实验太苦？AI让科研人员“解放双手”
新浪财经 · 06-25
于超对话深度原理贾皓钧：做实验太苦？AI让科研人员“解放双手”
6月25日外媒科学网站摘要：32亿像素看宇宙！全球最大数码相机"开机照"震撼发布
市场资讯 · 06-25
6月25日外媒科学网站摘要：32亿像素看宇宙！全球最大数码相机"开机照"震撼发布
推理正确率下降65.5%！斯坦福、MIT等用“不等式”拷问AI逻辑极限
市场资讯 · 06-23
推理正确率下降65.5%！斯坦福、MIT等用“不等式”拷问AI逻辑极限
研究表明美国30%代码已由AI包办，年创百亿美元价值
IT之家 · 06-22
研究表明美国30%代码已由AI包办，年创百亿美元价值
MIT 打造“空气变水”神器，日产 160 毫升饮用水
市场资讯 · 06-21
MIT 打造“空气变水”神器，日产 160 毫升饮用水
论文：美国30%代码已由AI包办，年创百亿美元价值
市场资讯 · 06-20
论文：美国30%代码已由AI包办，年创百亿美元价值
ChatGPT上瘾，大脑萎缩47%！MIT祭出206页92图超长报告
市场资讯 · 06-19
ChatGPT上瘾，大脑萎缩47%！MIT祭出206页92图超长报告
MIT 研究人员攻克玻璃 3D 打印难题：可在低温下打印无机复合玻璃
市场资讯 · 06-19
MIT 研究人员攻克玻璃 3D 打印难题：可在低温下打印无机复合玻璃
【DeepSeek R1-0528在WebDev竞技场与Claude Opus 4并列第一】LMArena发布了最新的大模型web开发竞技场排名，DeepSeek R1-0528表现出顶尖水平，和谷歌Gemini 2.5 0605，Claude opus 4共同排名第一。其他亮点包括：综合文本能力排名第6，编程领域第2、高难度提示第4、数学类第5，MIT开源许可，当前榜单最强开源模型。
金融界 · 06-17
【DeepSeek R1-0528在WebDev竞技场与Claude Opus 4并列第一】LMArena发布了最新的大模型web开发竞技场排名，DeepSeek R1-0528表现出顶尖水平，和谷歌Gemini 2.5 0605，Claude opus 4共同排名第一。其他亮点包括：综合文本能力排名第6，编程领域第2、高难度提示第4、数学类第5，MIT开源许可，当前榜单最强开源模型。
MIT工科生跨界AI，独作论文登Nature：只需3.5h修复600年前名画
市场资讯 · 06-16
MIT工科生跨界AI，独作论文登Nature：只需3.5h修复600年前名画
摩尔线程阿里云中移动都来了！中国AI算力大会演讲嘉宾更新，智算集群异构混训技术研讨会议程也已出炉
智东西 · 06-15
摩尔线程阿里云中移动都来了！中国AI算力大会演讲嘉宾更新，智算集群异构混训技术研讨会议程也已出炉
MIT团队开发模型自检系统，几秒内检测并纠正，可兼容所有模型
市场资讯 · 06-10
MIT团队开发模型自检系统，几秒内检测并纠正，可兼容所有模型
伟创力宣布与麻省理工学院（MIT）合作
砍柴网 · 06-09
伟创力宣布与麻省理工学院（MIT）合作
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公司概况
公司名称：
Mason Industrial Technology Inc
所属市场：
NYSE
上市日期：
--
主营业务：
Mason Industrial Technology, Inc.于2020年8月31日在特拉华州注册成立。该公司是一家空白支票公司，其目的是进行合并，股份交换，资产收购，股票购买，资本重组， 与一个或多个企业或实体进行重组或其他类似的企业合并。
发行价格：
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18:41","pubTimestamp":1751884860,"startTime":"0","endTime":"0","summary":"基于这些发现，MIT 团队进一步探索了发育初期同时限制色彩和视敏度可能产生的后果。MIT 团队发现，接受仿生输入训练的模型明显更倾向于依据物体形状判断，这与人类行为一致。","market":"hk","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://finance.sina.com.cn/stock/t/2025-07-07/doc-infesafi6103885.shtml","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"sina","symbols":["BK6062","BK6515","M11.SI","MIT"],"gpt_icon":0},{"id":"2549326570","title":"MIT团队推出首台芯片级3D打印机，纯光固化树脂技术实现手持打印","url":"https://stock-news.laohu8.com/highlight/detail?id=2549326570","media":"市场资讯","labels":["productRelease"],"top":-1,"itemType":null,"share":"https://www.laohu8.com/m/news/2549326570?lang=zh_cn&edition=full","pubTime":"2025-07-06 11:19","pubTimestamp":1751771940,"startTime":"0","endTime":"0","summary":"IT之家 7 月 6 日消息，麻省理工学院 与得克萨斯大学奥斯汀分校联合开发出了全球首款芯片级 3D 打印机原型。芯片表面集成微米级光学天线阵列，通过操控光束射入特制树脂槽。据介绍，这种树脂经过特殊优化设计，可在特定可见光波长下迅速固化。研究核心突破源于硅光子学与光化学的跨学科结合。与此同时，奥斯汀分校佩奇团队首创了可见光波长快速固化树脂技术 —— 这也是芯片级 3D 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3D 重建，在超过 110 次真实世界实验中评估了超过 60 种不同的日常对象，并与最先进的基准线进行了比较，达到了 96％ 的重建精度。","market":"sg","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://finance.sina.com.cn/stock/t/2025-07-03/doc-infeeerr3649964.shtml","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"sina","symbols":["BK4554","LU2092937148.SGD","LU2505996509.AUD","IE00BK4W5L77.USD","LU2430703178.SGD","M11.SI","LU0882574139.USD","LU0823417737.USD","LU0792757196.USD","LU2360106780.USD","MIT","LU2361044949.HKD","LU0061474705.USD","LU0511384066.AUD","IE0004445239.USD","LU2264538146.SGD","LU2065169927.USD","SG9999014559.SGD","IE00BJJMRX11.SGD","BK4598","SG9999017495.SGD","LU0061475181.USD","LU1989763005.USD","LU0820562030.AUD","LU1571399168.USD","LU0082616367.USD","IE00B4YYXB79.USD","LU1564329628.SGD","LU2458330169.SGD","LU2430703095.HKD","LU1032466523.USD","LU2275660780.HKD","LU1582986359.USD","LU1720051108.HKD","LU2404859741.USD","LU1043141396.HKD","LU0056508442.USD","SG9999014914.USD","SG9999018865.SGD","LU2023250843.SGD","LU2417539215.USD","LU1670711123.USD","LU2097344357.USD","SG9999014542.SGD","LU0289960550.SGD","LU0557290698.USD","LU1548497426.USD","LU0795875169.SGD","LU1917777945.USD"],"gpt_icon":1},{"id":"2547916030","title":"Gary Marcus:纯LLM上构建AGI彻底没希望!MIT、芝大、哈佛论文火了","url":"https://stock-news.laohu8.com/highlight/detail?id=2547916030","media":"市场资讯","labels":[],"top":-1,"itemType":null,"share":"https://www.laohu8.com/m/news/2547916030?lang=zh_cn&edition=full","pubTime":"2025-06-30 10:40","pubTimestamp":1751251200,"startTime":"0","endTime":"0","summary":"Gary Marcus 认为，这宣告了任何试图在纯粹 LLM 基础上构建 AGI 希望的终结。接着，Gary Marcus 又接连发推，分享了他对这篇论文的更多看法。在仔细研读论文后，Gary Marcus 认为它的核心观点是正确的 ——LLM 确实容易产生各种自相矛盾。根据他自己之前非正式实验的观察，Gary Marcus 确信此处存在一个真正的问题。Gary Marcus 的观点让评论区炸了锅，有人问他是否认可 LLM 越来越好。接下来，我们来看这篇论文究竟讲了什么，是否真能支撑起 Gary Marcus 这番言论。","market":"us","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://finance.sina.com.cn/stock/t/2025-06-30/doc-infcvies7849065.shtml","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"sina","symbols":["LU0498741114.HKD","BK4017","LU0498741890.SGD","LU0055631609.USD","LU0368265764.SGD","BK6062","LU0496367417.USD","M11.SI","MIT","BK6515","AGI"],"gpt_icon":0},{"id":"2546154107","title":"面向6G应用，MIT开发新型光子处理器，纳秒级处理无线信号","url":"https://stock-news.laohu8.com/highlight/detail?id=2546154107","media":"市场资讯","labels":[],"top":-1,"itemType":null,"share":"https://www.laohu8.com/m/news/2546154107?lang=zh_cn&edition=full","pubTime":"2025-06-27 16:56","pubTimestamp":1751014560,"startTime":"0","endTime":"0","summary":"AI 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10:30","pubTimestamp":1750905000,"startTime":"0","endTime":"0","summary":"就在刚刚，计算机视觉领域代表人物何恺明最新官宣，已加入谷歌DeepMind，担任杰出科学家。他在个人主页上表示，自己在 DeepMind 的工作是兼职，还将继续保留 MIT 终身副教授的身份。2015 年，何恺明及其团队提出了 ResNet 架构。除了检测与分割，何恺明在 Meta 还致力于推动“自监督学习”的研究。目前他的论文总引用次数已超过 70 万次，在全球 AI 学术圈内影响深远。显而易见，在加入 DeepMind 之后，我们一定会看到这位“学术+行业”的双料 AI 大牛带来影响更深远的成果。","market":"sh","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://finance.sina.com.cn/stock/t/2025-06-26/doc-infckhun7226548.shtml","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"sina","symbols":["LU1691799644.USD","M11.SI","LU2125154778.USD","LU2471134952.CNY","LU0097036916.USD","LU1718418525.SGD","LU2298321311.HKD","LU0545039389.USD","LU0795875169.SGD","BK4587","BK4525","LU2168564495.EUR","IE00BLSP4452.SGD","LU1267930573.SGD","LU0417517546.SGD","SGXZ51526630.SGD","LU0494093205.USD","LU0353189680.USD","LU0456855351.SGD","LU2326559502.SGD","LU1670711123.USD","LU1582987597.SGD","LU0949170426.SGD","LU0276348264.USD","IE00B1XK9C88.USD","LU0672654240.SGD","BK4534","LU1244550494.USD","SG9999004303.SGD","LU0965509101.SGD","LU1066051498.USD","LU2023250504.SGD","LU1232071149.USD","SG9999014575.USD","LU0323591593.USD","LU2097829019.USD","LU0109392836.USD","LU2210150020.SGD","IE00BBT3K403.USD","IE00BJTD4N35.SGD","MIT","LU2347655156.SGD","BK4566","LU2168564149.EUR","LU0354030511.USD","SG9999015358.SGD","IE00B19Z8W00.USD","BK4538","LU1316542783.SGD"],"gpt_icon":1},{"id":"2546237312","title":"于超对话深度原理贾皓钧：做实验太苦？AI让科研人员“解放双手”","url":"https://stock-news.laohu8.com/highlight/detail?id=2546237312","media":"新浪财经","labels":[],"top":-1,"itemType":null,"share":"https://www.laohu8.com/m/news/2546237312?lang=zh_cn&edition=full","pubTime":"2025-06-26 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展望未来三年的AI趋势，贾皓钧描绘了一个景象：“大家做化学实验很苦，我觉得未来应该都是由机器人和AI来做，大家就可以解放双手。”","market":"hk","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://finance.sina.com.cn/chanjing/cyxw/2025-06-26/doc-infcirwy1971153.shtml","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"sina","symbols":["LU0055631609.USD","MIT","LU0498741890.SGD","LU0368265764.SGD","AGI","LU0496367417.USD","LU0498741114.HKD","BK4017"],"gpt_icon":0},{"id":"2546264381","title":"6月25日外媒科学网站摘要：32亿像素看宇宙！全球最大数码相机\"开机照\"震撼发布","url":"https://stock-news.laohu8.com/highlight/detail?id=2546264381","media":"市场资讯","labels":[],"top":-1,"itemType":null,"share":"https://www.laohu8.com/m/news/2546264381?lang=zh_cn&edition=full","pubTime":"2025-06-25 12:13","pubTimestamp":1750824780,"startTime":"0","endTime":"0","summary":"6月25日（星期三）消息，国外知名科学网站的主要内容如下：《自然》网站32亿像素！智利薇拉·鲁宾天文台近日公布了其32亿像素数码相机拍摄的首批图像，展现出前所未有的观测能力，令天文学家惊叹不已。这些图像来自今年4月望远镜建成后的试运行拍摄，标志着这一全球最大数码相机正式投入使用。此外，研究人员还发现了另一块被同类真菌感染的苍蝇琥珀化石，两者均距今约9900万年。","market":"fut","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://finance.sina.com.cn/stock/t/2025-06-25/doc-infchcvn8179470.shtml","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"sina","symbols":["MIT"],"gpt_icon":0},{"id":"2545464312","title":"推理正确率下降65.5%！斯坦福、MIT等用“不等式”拷问AI逻辑极限","url":"https://stock-news.laohu8.com/highlight/detail?id=2545464312","media":"市场资讯","labels":[],"top":-1,"itemType":null,"share":"https://www.laohu8.com/m/news/2545464312?lang=zh_cn&edition=full","pubTime":"2025-06-23 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15:44","pubTimestamp":1750578298,"startTime":"0","endTime":"0","summary":"研究通过分析 2018 年至 2024 年间 GitHub 上的 8000 万条代码记录发现，在 2024 年，美国开发者提交的 Python 代码中约有 30.1% 由 AI 生成。当一名开发者的代码中有 30% 由 AI 辅助完成时，其季度代码提交量会提升 2.4%。据此推算，当 AI 参与度达到 30% 时，其带来的年生产力价值可能在 640 亿至 960 亿美元之间。此外，分析也未考虑 AI 导致代码供给增加，可能反过来拉低相关编程工作市场价值的因素。在代码编写之外，AI 带来的经济影响可能相对有限。","market":"hk","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://tech.ifeng.com/c/8kOVtwF77z8","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"fenghuang_stock","symbols":["BK4538","IE0004445015.USD","LU0310800379.SGD","LU1037948541.HKD","LU2237443978.SGD","SG9999018857.SGD","IE00BLSP4239.USD","LU0069063385.USD","LU0985320562.USD","LU1244550577.SGD","LU1043141396.HKD","LU0095938881.EUR","LU2108987350.USD","LU1868836591.USD","LU2491050071.SGD","LU0444973449.USD","LU0882574139.USD","LU2362541513.USD","LU1267930813.SGD","MIT","LU0943347566.SGD","LU2125154778.USD","SG9999001424.SGD","IE0003U64NQ7.SGD","LU0323239441.USD","LU0345768153.USD","LU1868837300.USD","IE00BBT3K403.USD","LU0960925559.SGD","LU0267386448.USD","LU1181866309.USD","LU1721428933.USD","LU2505996509.AUD","LU0157215616.USD","LU0203201768.USD","LU1629891620.HKD","LU0127658192.USD","BK4532","LU0354030438.USD","LU2552382215.SGD","LU1145028129.USD","LU0149725797.USD","IE00BJTD4V19.USD","LU0056508442.USD","LU1720051108.HKD","LU2461242641.AUD","LU0053666078.USD","LU0823417653.USD","LU1037948897.HKD"],"gpt_icon":1},{"id":"2545888504","title":"MIT 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毫升的饮用水。此外，水凝胶的微结构设计进一步减少了盐分泄漏，确保收集的水符合安全饮用标准。","market":"other","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://finance.sina.com.cn/stock/t/2025-06-21/doc-infavpze5116386.shtml","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"sina","symbols":["M11.SI","BK6515","MIT","BK6062"],"gpt_icon":0},{"id":"2544144889","title":"论文：美国30%代码已由AI包办，年创百亿美元价值","url":"https://stock-news.laohu8.com/highlight/detail?id=2544144889","media":"市场资讯","labels":[],"top":-1,"itemType":null,"share":"https://www.laohu8.com/m/news/2544144889?lang=zh_cn&edition=full","pubTime":"2025-06-20 16:31","pubTimestamp":1750408260,"startTime":"0","endTime":"0","summary":"研究通过分析2018年至2024年间GitHub上的8000万条代码记录发现，在2024年，美国开发者提交的Python代码中约有30.1%由AI生成。论文指出，AI的采用与开发者生产力存在关联。当一名开发者的代码中有30%由AI辅助完成时，其季度代码提交量会提升2.4%。作者在文中写道：“将这一效应与职业任务及工资数据结合，AI辅助编程在美国每年带来的价值约为96亿至144亿美元。”据此推算，当AI参与度达到30%时，其带来的年生产力价值可能在640亿至960亿美元之间。","market":"sg","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://finance.sina.com.cn/stock/t/2025-06-20/doc-infateup2845608.shtml","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"sina","symbols":["MIT"],"gpt_icon":0},{"id":"2544347401","title":"ChatGPT上瘾，大脑萎缩47%！MIT祭出206页92图超长报告","url":"https://stock-news.laohu8.com/highlight/detail?id=2544347401","media":"市场资讯","labels":[],"top":-1,"itemType":null,"share":"https://www.laohu8.com/m/news/2544347401?lang=zh_cn&edition=full","pubTime":"2025-06-19 13:06","pubTimestamp":1750309560,"startTime":"0","endTime":"0","summary":"MIT最新研究惊人发现：长期依赖大模型，学习能力下降、大脑受损，神经连接减少47%。ChatGPT正在“吸干”你的大脑！刚刚，麻省理工学院完成了针对ChatGPT用户的首次大脑扫描研究，结果让人惊掉下巴。针对日常写作中使用ChatGPT带来的影响，这次用数据揭示了AI版“魔鬼的交易”：依赖AI写作，等于用长期思维能力，换取短暂效率。也就是说降低了47%。这次研究人员还发现了AI生产力悖论：毫无疑问，ChatGPT让人完成任务的速度提升60%。","market":"us","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://finance.sina.com.cn/stock/t/2025-06-19/doc-infaqvpr3833501.shtml","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"sina","symbols":["MIT","BK6515","M11.SI","BK6062"],"gpt_icon":0},{"id":"2544135348","title":"MIT 研究人员攻克玻璃 3D 打印难题：可在低温下打印无机复合玻璃","url":"https://stock-news.laohu8.com/highlight/detail?id=2544135348","media":"市场资讯","labels":[],"top":-1,"itemType":null,"share":"https://www.laohu8.com/m/news/2544135348?lang=zh_cn&edition=full","pubTime":"2025-06-19 11:00","pubTimestamp":1750302000,"startTime":"0","endTime":"0","summary":"MIT 表示，这项新技术突破了传统工艺的限制，让许多以往难以实现的玻璃结构成为可能。IT之家从报道中获悉，研究团队将这种材料称为“无机复合玻璃”，整个工艺则被命名为“低温增材制造”。据介绍，无机复合玻璃由纳米粒子与硅酸盐溶液等无机物组成。","market":"sg","thumbnail":null,"type":0,"news_type":0,"thumbnails":[],"rights":null,"property":[],"language":"zh","translate_title":"","themeId":null,"theme_name":"","theme_type":"","isJumpTheme":false,"source_url":"https://finance.sina.com.cn/stock/t/2025-06-19/doc-infaqkxs5231841.shtml","is_publish_highlight":false,"source_rank":0,"column":"","sentiment":"0","news_top_title":null,"news_tag":"","news_rank":0,"length":0,"strategy_id":0,"source":"sina","symbols":["MIT","BK6515","BK6062","M11.SI"],"gpt_icon":0},{"id":"2544165739","title":"【DeepSeek 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