健康资讯 苹果真的打算彻底抛弃英特尔[what]苹果 M1 芯片的升级版“M1X”的部分信息出现在了基准测试网站 CPU Monkey 上。 M1X是一款 12 核的 Apple Silicon 芯片，功耗有所增加。
作为 M1 的迭代，该芯片从 8 个 CPU 内核升级到 12 个 CPU 内核。此外，该芯片的 GPU 具有 16 核，相当于 M1 中的 8 核 GPU 双倍的结构。数码聚集地
本人闲着没事，在自己的笔记本上安装了最新版的vs2022 preview，测试了一下，新建一个maui项目，运行在android模拟器没有问题，github上下载了dotnet-maui-workshop项目，运行也没有问题，monkeyfinder列表和详细页，包括最近的monkey和在地图上显示都可以，接下来准备找一个登陆注册的项目研究一下鉴权授权的实现，不知道朋友们有没有在github上发现一个?
China Imposes Measures To Avoid the Entry of Monkeypox
According to Chinese authorities, measures are being taken to prevent the arrival of the monkeypox virus in the country.
On Monday, in China, the General Administration of Customs (GAC) said that the country's authorities had increased the measures to avoid the entry of the monkeypox virus into the country as they still fight against the COVID-19 pandemic.
The GAC has assigned experts to carry out a risk assessment. The organization issued measures such as body temperature monitoring and medical inspection for inbound travelers, alerting the virus and its symptoms.
The Administration said that customs authorities had improved the management in biosafety laboratories, making solid preparations for tests; they also tightened quarantine time for inbound goods and rodents.
Collaborative work has been carried out with other government departments to strictly accomplish the measures to prevent the risk of imported cases. According to the GAC, travelers should be responsible for informing the customs officers if they have any symptoms or feel sick.
中国采取措施防止猴痘传入
据中国管理部门表示，正在采取措施防止猴痘病毒进入中国。
周一，中国海关总署(GAC)表示，在中国仍在抗击COVID-19大流行之际，有关部门已增加了避免猴痘病毒进入该国的措施。
GAC已指派专家进行风险评估。
该组织发布了对入境旅客的体温监测和医学检查等措施，提醒病毒及其症状。
当局表示，海关总署加强了对生物安全实验室的管理，为检测做好了坚实的准备;
他们还加强了对入境货物和啮齿动物的检疫时间。
与有关部门紧密合作，严格落实境外输入风险防控措施。
据海关总署表示，如果旅客有任何症状或感觉不适，应负责通知海关官员。
樊城汉水华城小区多家住户反映，他们最近都受到了低频震动的困扰。而它正是来自小区对面一家上个月才开业的Monkey酒吧。住户们说，每天晚上八点钟后，那种低频噪音就来了。人躺在床上就感觉嗡嗡嗡，完全睡不着觉。
住户们也把情况投诉到了城管部门，樊城汉江街道综合执法中心的工作人员，到现场进行了调查。所谓的低频震动，源于酒吧大厅的6个低音炮。
经过城管、公安和社区共同努力，酒吧方面委托第三方进行了检测。检测人员在酒吧东南西北四个方向分别设置了一个检测点，从本月12号晚上10点44分到13号凌晨0点24，一共测量了四次。噪声值最高54、最低50，均没有超过标准限值，评测结果为合格。可住户们还是不认可，认为家中的低频震动仍然存在。
眼下，樊城环保部门已安排权威公司再次检测，等结果出具再进行后续处理。酒吧方面也表态，会再封一堵隔音墙，待相关部门审批后开始改造。
记者：汤印
宝鸡最新疫情！
宝鸡4月2日0时到24时，新增报告本土确诊病例2例。
这两例均是在3月31日乘坐T112次列车到宝鸡火车站，在重点人群核酸筛查中核酸检测结果呈阳性，4月2日被确诊。
清明小长假到来，车站是人流量较大的地方之一，因此在乘坐公共交通工具时，一定要做好防护，如非必要，还是尽量少出门！
Closer to us humans, some animal experiments have begun mimicking the effects of schooling on the brain. What happens when a monkey learns letters, numbers, or how to use tools? Japanese researcher Atsushi Iriki showed that a monkey could learn to use a rake to collect pieces of food that were placed too far away to be grabbed by hand. After a few thousand tests, the animal became as quick as an experienced casino croupier: it took him only a few tenths of a second to rake in each food morsel, with a flick of the wrist. The monkey even figured out how to use a medium-size rake to pull a second, longer rake to him, in order to reach food placed at a much farther distance! This type of tool learning triggered a whole cascade of changes in the brain. Energy consumption increased in a specifc area of the cortex, the anterior parietal region -the same area that humans use to control hand movements, write,grab an object,or use a hammer or pliers. New genes were expressed. synapses blossomed dendritic and axonal tree multiplied- -and all these additional connections resulted in a 23 percent increase in cortex thickness in this expert monkey. Whole bundles of conetions also underwent dramatic alterations:axons coming from a distant region, at the junction with the temporal cortex,grew several millimeters and invaded a part of the anterior parietal region which previously had no connections to these neurons.
更接近我们人类，一些动物实验开始模拟学校教育对大脑的影响。当一只猴子学会字母、数字，或者如何使用工具的时候，会发生什么？日本研究人员Atsushi Iriki 表明一只猴子能学会使用耙子抓取被放置得太远，以至于手够不到的食物。经过几千次测验后，猴子会变得像经验丰富的赌场总管一样迅速：只需要几十分之一秒，它轻轻一挥手腕，就能捞取每一块食物。猴子甚至知道如何用中等大小的耙子去拨拉过来第二个，更长一点的耙子，目的就是为了够到放置得更远距离的食物。这种工具的学习激发了大脑一连串的改变。大脑皮层特定区域增加了能量消耗，前顶叶区域--人类同样使用这个区域控制手部运动、写字、抓取物品，或使用锤子或钳子。新基因被表达。突触开花发育成树突状，轴突树繁殖起来--所有这些额外的连接导致这种专家型猴子的大脑皮层增加了23%的厚度。整个连接束也发生了戏剧性的改变：轴突来自一个遥远的区域，在与颞叶皮层的交接处，生长了几毫米，入侵了前顶叶区域的一部分，这一部分以前与这些神经元毫无联系。
