Interactive transcript · 197 lines
Good morning, dear listeners.
早上好，亲爱的听众朋友们。
Welcome to another fresh episode of TalkCast, your trusted daily source for global news and
欢迎收听新一期的 TalkCast，您值得信赖的每日全球新闻与
practical English learning.
实用英语学习来源。
I am Ethan, your lead anchor, here to guide you through the morning's most compelling stories with
我是主主播伊森（Ethan），今天由我带您了解今晨最引人入胜的新闻，
clarity and depth.
兼具清晰与深度。
And a very warm and energetic morning to all of you.
也祝大家度过一个非常温暖且充满活力的早晨。
I am Chloe, your co -host and partner in conversation.
我是联合主持人克洛伊（Chloe），您的对话搭档。
It is an absolute pleasure to be with you on this beautiful morning of September 17, 2026.
非常荣幸能在2026年9月17日这个美好的早晨与大家相聚。
We have a fantastic lineup today, ranging from grand engineering marvels to surprising lifestyle science.
我们今天的节目内容非常精彩，从宏大的工程奇迹到令人意想不到的生活科学，应有尽有。
Before we dive into the headlines, we have a quick but important announcement for our community.
在深入了解头条新闻之前，我们为社区发布一条简短但重要的公告。
The TalkCast website has recently updated its download section.
TalkCast 网站最近更新了下载专区。
Listeners who want to download our compiled audio and text packages can now do so easily.
想要下载我们汇编的音频 和文本资料包的听众，现在可以轻松获取了。
Please head over to www .talkcast .top to check out the latest resources.
请前往 www.talkcast.top 查看最新的资源。
That is right.
正是如此。
Do not miss out on those helpful materials.
千万不要错过那些有用的资料。
Now, Ethan, what are the big stories on our radar today?
好了，伊森，今天有哪些在我们的雷达范围内的大新闻？
We have some truly fascinating topics.
我们有一些真正迷人的话题。
First, we will explore a massive engineering breakthrough in southwest China that is being called a
首先，我们将探讨中国西南地区一项重大的工程突破，它被称为一条
newly created river.
新创造的河流。
Then we will look into a jaw -dropping medical prediction about mass -producing human organs by the 1930s.
接下来，我们将探讨一项令人吃惊的医学预测，关于在20世纪30年代大规模生产人体器官。
After that, we'll discuss how electric car owners might soon charge their vehicles for free or even
之后，我们将讨论电动汽车车主可能很快就能免费给 他们的车辆充电，甚至
make money while doing so. Fascinating.
边充电边赚钱。太有趣了。
And for our lighter segments, we'll talk about Guangzhou's proposed heavy fines for noisy subway commuters.
在轻松一些的板块中，我们将聊聊广州拟对吵闹的地铁通勤者处以重罚的新闻。
And we'll settle a classic heated household debate.
我们还将解决一场经典的家庭热烈争论。
Is it actually okay to wash your socks and underwear together in the same machine?
袜子和内衣到底能不能放在同一台洗衣机里一起洗？
It is a packed episode, so let us begin with our top headline.
本期节目内容非常丰富，让我们从第一条头条新闻开始。
Our lead story takes us to southwest China, where a historic transport milestone has just been reached.
我们的首条新闻聚焦中国西南地区，那里刚刚达成了一个历史性的交通里程碑。
Yesterday, on September 16th, the Ping Lu Canal was officially open to traffic.
昨天，即9月16日，平陆运河正式通航。
This massive project, which is 134 .2 kilometers long, took only four years to construct, with a
这项全长134.2公里的宏大工程仅用四年时间就建设完成，
total investment of around 72 .7 billion RMB. Wow.
总投资约727亿元人民币。哇。
A 72 billion RMB canal built in just four years?
一条投资720亿元的运河居然只用了四年就建成了？
That's lightning fast for such a giant project.
对于如此巨大的工程来说，这简直是闪电般的速度。
But Ethan, for some of our English learners who might be wondering, what is the exact difference
不过伊森，对于一些可能感到好奇的英语学习者来说，确切的区别是什么
between a river and a canal?
在河流和运河之间？
That is an excellent point for a vocabulary spot.
这真是个讲解词汇的好切入点。
A river is a natural flowing water course, usually fresh water, flowing towards an ocean or sea.
河流是天然流动的水道，通常是淡水，流向海洋或海域。
On the other hand, a canal is an artificial or man -wade waterway.
另一方面，运河是人造或人工修建的水道。
Think of a canal as a highway designed specifically for massive cargo ships, built where nature did
可以把运河想象成一条专门为大型货轮设计的高速公路，修建在大自然没有
not provide a natural path.
提供天然水道的地方。
Ah, that makes perfect sense.
啊，这很有道理。
So the Ping Lu Canal is basically a giant man -made shipping highway.
所以平陆运河本质上就是一条巨大的人造航运水上高速公路。
Where does it start and finish, and why is it such a big deal?
它的起点和终点在哪里？为什么说它如此重要？
It starts at the Pingtong River estuary in Nanning, and stretches all the way south to the Beibu Gulf.
它始于南宁的平塘江河口，一路向南延伸至北部湾。
By linking these inland waterways directly to the sea, it serves as a massive shortcut for shipping.
通过将这些内河水道直接与大海连接起来，它成为了航运的一条巨大捷径。
Southwest regions like Sichuan, Chongcheng, and Guangxi no longer have to send their cargo all the
像四川、重庆和广西这样的西南地区，再也不必将货物一路
way east through the Yangtze or Pearl Rivers to reach the ocean.
向东通过长江或珠江运送才能抵达海洋。
This cut thousands of kilometers off the journey, saving businesses billions in transport costs.
这缩短了数千公里的行程，为企业节省了数十亿的运输成本。
It's literally like giving Southwest China its own Grand River.
这简直就像是给中国西南地区赋予了一条专属的大河。
That is an absolute game changer for regional trade.
这绝对是区域贸易的变革者。
It really shows how modern infrastructure can redraw the economic map.
这充分表明了现代基础设施如何能够重塑经济版图。
It certainly does.
这确实如此。
Now, let us transition from reshaping the landscape of transportation to reshaping the future of
现在，让我们从重塑交通格局过渡到重塑...的未来
human medicine.
人类医学。
Imagine a world where patients waiting for life -saving organ transplants no longer have to wait on
想象一个等待救命器官移植的患者不再需要等待在
long, agonizing donor lists.
漫长而令人痛苦的捐赠者名单上。
That sounds like a dream, but is it scientifically possible?
那听起来像是个梦想，但在科学上是否可行？
Are we talking about artificial organs or something else?
我们说的是人造器官还是别的什么？
It's something called xenotransplantation.
这是一种叫做异种移植的技术。
Martín Rothblot, the pioneering founder of biotech company United Therapeutics, recently stated that
生物技术公司联合治疗的开创性创始人马丁·罗斯布拉特最近表示，
thanks to rapid advances in genetic editing, human organs could be mass -produced as early as the 1930s.
得益于基因编辑技术的飞速发展，人类器官最早可在1930年代实现量产。
Hold on a second, Ethan.
稍等片刻，伊桑。
That is a very long and complex word. Xenotransplantation.
那是一个非常长且复杂的单词：异种移植。
Could you break down what that means for us?
你能为我们拆解一下它的含义吗？
Of course.
当然可以。
Let us dissect the word.
让我们剖析一下这个词。
The prefix xeno comes from the ancient Greek word for foreign, strange, or different.
前缀 xeno 来自古希腊语中表示外来、陌生或不同的词。
In medicine, transplantation is the act of moving an organ from one body to another.
在医学上，移植是指将器官从一个身体移到另一个身体的行为。
So xenotransplantation simply means transplanting organs, tissues, or cells from one biological
因此，异种移植简单来说就是将器官、组织或细胞从一种生物
species to another.
物种移植到另一种物种。
In this case, scientists are modifying pig organs so they can be safely transplanted into human patients.
在这种情况下，科学家正在改造猪器官，使其能安全地移植到人类患者体内。
Ah, using pig organs for humans.
啊，把猪器官用在人类身上。
That sounds incredible, but also a bit scary.
那听起来很不可思议，但也有点可怕。
Won't the human body realize it is a pig organ and reject it immediately, like in biological alarm
人体难道不会意识到这是猪器官并立即排斥它吗，就像生物警报
system going off?
系统被触发一样？
That has been the biggest scientific hurdle for decades.
几十年来，这一直是最大的科学障碍。
The human immune system is designed to attack any foreign tissue.
人体的免疫系统旨在攻击任何外来组织。
However, with advanced gene editing technologies, scientists can now genetically modify the donor animals.
然而，借助先进的基因编辑技术，科学家现在可以从基因层面改造供体动物。
They can remove the specific animal genes that trigger human rejection and insert human genes instead.
他们可以移除引发人类排斥反应的特定动物基因，并插入人类基因。
It is like giving the pig organ a biological disguise, tricking the human body into accepting it as
这就像给猪器官施加一层生物伪装，欺骗人体接受它作为
its own.
它自己的一部分。
That is mind -blowing.
那太令人震惊了。
A genetic disguise to save lives?
拯救生命的基因伪装？
If they can mass -produce these organs by the 1930s, it would completely end the global organ shortage.
如果他们能在1930年代量产这些器官，将彻底结束全球器官短缺的问题。
That is a future worth looking forward to. Absolutely.
那是一个值得期待的未来。绝对如此。
Now, let us look at a different kind of future technology that is much closer to our daily lives.
现在，让我们看看另一种离我们日常生活近得多的未来技术。
If you drive an electric vehicle, or EV, how would you like to charge your car for free, or even
如果你驾驶电动汽车（EV），你觉得免费给汽车充电，甚至
make money while doing so?
在充电的同时还能赚钱？
Free charging?
免费充电？
Sign me up immediately.
立刻算我一个。
But how is that possible?
但这怎么可能呢？
Electricity is definitely not free.
电费绝对不是免费的。
Is there some kind of catch?
这其中有什么玄机吗？
The secret lies in a concept called vehicle -to -grid technology, or V2G.
其中的秘密在于一种被称为车网互动（V2G）的技术概念。
Recently, the Ministry of Industry and Information Technology, along with nine other departments,
最近，工业和信息化部联合其他九个部门，
released a new development plan for intelligent connected new energy vehicles.
发布了智能网联新能源汽车的新发展规划。
They want to speed up the large -scale application of V2G systems.
他们希望加快V2G系统的大规模应用。
Vehicle -to -grid? V2G?
车辆到电网？V2G？
That sounds like a cool technical term.
那听起来像是一个很酷的技术术语。
How does it actually work in plain English?
用通俗的话来说，它到底是如何工作的？
Think of your electric car as a giant, high -capacity mobile power bank on wheels.
把你的电动汽车想象成一个装有轮子的巨型高容量移动充电宝。
Normally, when you plug in your car, electricity flows one way, from the grid into your car battery.
通常情况下，当您插入汽车电源时，电流是单向流动的，从电网流入您的汽车电池。
But with V2G technology, the electricity can flow both ways.
但在V2G技术的支持下，电力可以双向流动。
It is a two -way street.
这是一个双向通道。
So my car can feed electricity back into the power grid?
所以我的车可以把电输送回电网？
Why would I want to do that?
为什么我会想这样做呢？
Because of smart pricing.
因为智能定价机制。
During the middle of the day, when solar and wind energy are abundant, electricity demand is low,
在白天，当太阳能和风能非常丰富时，用电需求较低，
and prices are extremely cheap.
而且价格极其便宜。
Your car charges up at this low rate.
您的汽车就可以按这种低费率进行充电。
But in the evening, when everyone gets home, turns on their air conditioners, and cooks dinner,
但在晚上，当所有人回到家、打开空调并做晚饭时，
electricity demand spikes, and prices skyrocket.
用电需求激增，价格也随之飞涨。
With V2G, your car can sell its stored energy back to the grid during those peak hours at a high price. Aha!
通过V2G，您的汽车可以在用电高峰期以高价将储存的电量卖回给电网。啊哈！
So it's a buy low, sell high strategy.
所以这是一种低买高卖的策略。
By balancing the grid, you get paid by the utility companies, which offsets your charging costs.
通过平衡电网，你可以从电力公司获得报酬，从而抵消你的充电成本。
That is brilliant.
这太绝妙了。
It makes the energy grid more stable and puts money back in the pockets of car owners. Exactly.
它让能源电网更加稳定，同时还能给车主带来收益。确实如此。
It's a win -win scenario for both consumers and the environment.
对于消费者和环境来说，这都是一个双赢的局面。
Now, let us move from high -tech grids to our daily public commutes.
现在，让我们从高科技电网转到我们的日常公共通勤中来。
If you have ever ridden a subway or a bus, you might have experienced a very modern nuisance.
如果你坐过地铁或公交车，你可能经历过一种非常现代的烦心事。
Someone playing loud videos on their phone without headphones.
有人不戴耳机用手机放大音量播放视频。
Oh, please do not get me started on that.
哦，快别跟我提这个了。
It is incredibly annoying.
这真是太恼人了。
You're trying to have a peaceful ride, and suddenly you're forced to listen to someone else's noisy
你本想享受一段安静的旅途，却突然被迫听别人的嘈杂声音
short videos at maximum volume.
以及开到最大音量的短视频。
It is so inconsiderate.
这太不体贴了。
Well, Guangzhou is taking a very firm stand against this.
不过，广州正在对此采取非常坚定的立场。
The Guangzhou Municipal Legislature recently released a draft regulation on noise pollution.
广州市立法机关最近发布了一项关于噪声污染的法规草案。
Under this new rule, if you play electronic devices out loud on subways or buses, and you ignore
根据这项新规，如果你在地铁或公交车上外放电子设备，并且无视
staff warnings to stop, you could face a fine of up to 1 ,000 RMB.
工作人员要求停止的警告 ，你可能会面临最高1000元的罚款。
1 ,000 RMB?
1000元？
That is a serious fine.
那可是相当严厉的罚款。
I think it's a fantastic move.
我觉得这是一个绝妙的举措。
Public spaces should have a basic level of quiet and mutual respect.
公共场所应该保持基本的安静和相互尊重。
But Ethan, does the regulation specify what counts as noise?
但是伊森，这项规定有明确什么才算噪音吗？
It targets any audio leaking from electronic devices, which is commonly referred to as playing media
它的目标是针对从电子设备中外泄的任何音频，这通常被称为播放媒体
on speaker.
用扬声器。
The goal is to encourage everyone to use headphones.
其目的是鼓励大家使用耳机。
Many commuters are cheering this draft law, calling it a necessary step to protect the quiet zone of
许多通勤者都在为这项法律草案欢呼，称这是保护安静区域的必要一步
public transit.
公共交通的。
I completely agree.
我完全赞同。
It's a small habit change that makes public life much more pleasant for everyone.
这是一个小小的习惯改变，能让每个人的公共生活变得更加愉快。
Just wear your headphones, people.
大家戴上耳机就好了。
Speaking of daily habits that spark strong opinions, let's talk about laundry.
说到会引发强烈争议的日常习惯，我们来聊聊洗衣服吧。
There is a classic, long -standing debate in almost every household.
几乎在每个家庭中，都存在着一个经典的、长期存在的争论。
Is it hygienic to wash your socks and underwear together in the same washing machine?
把袜子和内衣裤放在同一台洗衣机里一起洗卫生吗？
Oh, that is the ultimate household debate.
哦，那真是终极的家庭大争论。
Growing up, my mother always told me that mixing them was a terrible idea.
在我的成长过程中，我妈妈总是告诉我混洗是一个糟糕的主意。
She said socks are full of sweat and foot bacteria, while underwear needs to be kept completely sterile.
她说袜子上面全是汗液和脚部细菌，而内衣裤则需要保持完全无菌。
Mixing them felt like a recipe for skin problems.
把它们混在一起洗感觉就像是引发皮肤问题的诱因。
That is a very common belief.
那是一种非常普遍的观念。
However, multiple skin specialists and dermatologists have recently weighed in on this topic, and
然而，多位皮肤专家和皮肤科医生最近都对此话题发表了看法，而且
their answer might surprise you.
他们的答案可能会让你感到惊讶。
They say, yes, you can actually wash them together. Really?
他们说，是的，你实际上可以把它们放在一起洗。真的吗？
Science is challenging my lifelong beliefs today.
今天，科学正在挑战我长久以来的观念。
How is that safe?
那怎么可能安全呢？
Do the bacteria not transfer from the socks to the underwear?
细菌难道不会从袜子转移到内衣上吗？
Dermatologists explain that for healthy individuals, washing them together is perfectly safe, as
皮肤科医生解释说，对于健康人群来说，把它们放在一起洗是完全安全的，只要
long as a few basic conditions are met.
满足几个基本条件即可。
First, no one in the household should have active skin infections, rashes, or foot conditions like
首先，家里没有人患有急性皮肤感染、皮疹，或像脚气这样的足部疾病。
athlete's foot.
脚气。
Second, you must clean and sanitize your washing machine regularly.
其次，你必须定期清洗并消毒你的洗衣机。
And third, you should use high -temperature water, a laundry disinfectant, or dry the clothes at a
第三，你应该使用高温水、洗衣消毒剂，或者在
high temperature.
高温下烘干衣服。
Ah, I see.
啊，我明白了。
So it isn't just about tossing muddy socks and delicate underwear into a cold wash.
所以这不仅仅是把泥泞的袜子和娇贵的内衣一股脑丢进冷水里洗。
You need to use proper cleaning techniques.
你需要使用正确的清洗技巧。
Modern washing machines and high -quality detergents, combined with heat or disinfectants, are
现代洗衣机和优质洗涤剂，结合加热或消毒剂，
extremely good at killing almost all bacteria. Exactly.
能够极其有效地杀死几乎所有细菌。确实如此。
Under these sanitary conditions, the risk of cross -contamination is virtually zero.
在这些卫生条件下，交叉污染的风险几乎为零。
It can save you a lot of time, water, and electricity.
这可以为你节省大量的时间、水和电。
But of course, if anyone in your family has a skin condition, it is still highly recommended to wash
但当然，如果你的家人中有皮肤问题的，仍然高度建议
them separately.
将它们分开洗。
Well, even though the science is solid, I think it will still take some mental effort for me to mix them.
嗯，尽管科学依据很可靠，我觉得要把它们混在一起洗对我来说还是需要克服一些心理障碍。
But it's wonderful to have the facts.
但能了解事实真的太棒了。
It makes household chores feel a bit more scientific. Indeed.
这让做家务感觉更有科学依据了。确实如此。
A little bit of science goes a long way in simplifying our lives.
一点点科学知识就能在简化我们生活方面发挥大作用。
And on that practical note, we wrap up our news digest for this morning of September 17, 2026.
在这个实用的提示中，我们结束了2026年9月17日今晨的新闻摘要。
But before we sign off, we want to hear from you, our wonderful listeners.
但在节目结束前，我们想听听你们，我们出色的听众的声音。
We have a highly relatable question for today.
我们今天有一个非常能引发共鸣的问题。
How do you handle your laundry?
你平时是怎么处理要洗的衣物的？
Are you team wash everything together for maximum efficiency?
你是为了追求最高效率而把所有东西混洗的这一派吗？
Or are you team separate them completely for peace of mind?
还是为了图个安心而彻底分开洗的这一派？
Please share your thoughts and write down your answers in the comment section below.
请在下面的评论区分享你的想法并写下你的答案。
It is always fascinating to see how different cultures and households handle these daily tasks.
了解不同文化和家庭如何处理这些日常任务总是非常有趣的。
So make sure to check out what other listeners are saying as well.
所以也一定要查看一下其他听众是怎么说的。
We truly appreciate your support.
我们真心感谢您的支持。
If you enjoyed today's episode, please subscribe to TalkCast.
如果你喜欢今天的节目，请订阅 TalkCast。
Share it with your friends and consider joining our membership.
分享给你的朋友，并考虑加入我们的会员。
Your feedback and support keep us going every single day.
您的反馈和支持是我们每天前行的动力。
And a quick reminder.
还有一个温馨提醒。
You can always access the full English transcript and audio of this episode, along with past
您随时可以获取本期及以往节目的完整英文逐字稿和音频，
episodes, on our official website at www .talkcast .top.
以及以往节目，在我们官方网站 www.talkcast.top。
Or by searching for our official WeChat public account, TalkCast.
或者通过搜索我们的微信公众号 TalkCast。
Have an absolutely wonderful morning.
祝您度过一个绝对美妙的早晨。
Stay curious and keep learning.
保持好奇，不断学习。
Thank you for listening. Goodbye.
感谢您的收听。再见。
Goodbye, everyone.
再见，大家。
