Chindia Alert: You’ll be Living in their World Very Soon
aims to alert you to the threats and opportunities that China and India present. China and India require serious attention; case of ‘hidden dragon and crouching tiger’.
Without this attention, governments, businesses and, indeed, individuals may find themselves at a great disadvantage sooner rather than later.
The POSTs (front webpages) are mainly 'cuttings' from reliable sources, updated continuously.
The PAGEs (see Tabs, above) attempt to make the information more meaningful by putting some structure to the information we have researched and assembled since 2006.
Researchers will conduct tests at site in Gansu to see whether it will make a viable facility to store highly radioactive waste safely
Scientists say China has the chance to become a world leader in this field but has to find a way to ensure it does not leak
A preliminary design for the Beishan Underground Research Laboratory. Photo: Handout
China has chosen a site for an underground laboratory to research the disposal of highly radioactive waste, the country’s nuclear safety watchdog said on Wednesday.
Officials said work will soon begin on building the Beishan Underground Research Laboratory 400 metres underground in the northwestern province of Gansu.
Liu Hua, the head of the Chinese National Nuclear Safety Administration, said work would be carried out to determine whether it would be possible to build a repository for high-level nuclear waste deep underground.
“China sees radioactive waste disposal as a very important part [of the development nuclear energy],” said Liu. “To develop nuclear energy, we must have safe storage and disposal of nuclear waste.”
China condemns US blacklisting of nuclear firms and says American companies could be hurt as a result
The Chinese authorities see nuclear power an important source of energy that will help to curb carbon emissions and pollution as well as reducing its dependence on fuel imports.
But while the country has made great strides in the development of nuclear power, it needs to find a safe and reliable way of dealing with its growing stockpiles of nuclear waste.
Liu said the Gansu site had been identified as a possible location for a deep nuclear waste store after years of searching.
Once the laboratory is built, scientists and engineers will start experiments to confirm whether it will make a viable underground storage facility.
“Based on the data of the experiments, we can then decide if we are going to pick this as the final site,” he added.
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Chinese officials usually stay tight-lipped about how nuclear waste is disposed of mainly because of fears that any discussion of the topic would trigger safety fears, although in recent years more efforts have been made to inform the public to win support.
Scientists say that nuclear waste can be divided into three categories depending on the level of radioactivity.
Low-level waste consists of minimally radioactive materials such as mop heads, rags, or protective clothing used in nuclear plants, while intermediate-level waste covers things such as filters and used reactor components.
High-level waste, however, is generated by the reprocessing of spent nuclear fuel and scientists generally agree that the safest way to dispose of it is to bury it deep underground in areas where the geology means it will have a minimal impact on the environment while it decays over thousands of years.
The facility will be built in a remote part of Gansu province. Photo: Handout
Some Chinese scientists said the country had the chance to lead the world in this area of research but others have expressed concerns about safety.
Jiang Kejun, a senior researcher at the Energy Research Institute of China’s National Development and Reform Commission, said that very few countries in the world are studying this form of nuclear waste disposal.
“It gives China an opportunity to be a leader in research in this area, plus China has the technology and financial means,” he said.
About a dozen countries including France, Switzerland, Japan, and the United States have carried out research in this area, but in recent years most have abandoned or scaled back their programmes.
At present there are storage sites operating in Finland and the US, but other countries such as Germany have abandoned plans to build similar facilities.
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But despite broad scientific support for underground disposal, some analysts and many members of the public remain sceptical about whether it is really safe.
Lei Yian, an associate professor at the School of Physics at Peking University, said there was no absolute guarantee that the repositories would be safe when they are come into operation.
“Leakage has happened in [repositories] in the US and the former Soviet Union … it’s a difficult problem worldwide,” he said. “If China can solve it, then it will have solved a global problem.”
China is also building more facilities to dispose of low and intermediate level waste. Officials said new plants were being built in Zhenjiang, Fujian and Shandong, three coastal provinces that currently lack disposal facilities.
At present, two disposal sites for low and intermediate-level waste are in operation in Gansu and Guangdong provinces.
Image copyright TIKTOK/SINA WEIBOImage caption A video and associated posters went viral showing a girl making an OK signal as a subtle way of asking for help
A video showing a Chinese girl using a clever technique to signal she needs help has been widely shared on popular social network TikTok – and is making the authorities nervous.
She is shown being escorted away by a stranger in an airport. Unable to make a cry for help, she makes a subtle hand gesture that looks like the signal for “OK”.
This alerts a passerby, who immediately begins to argue with the man, and helps others recognise that the girl is being held against her will. She is then reunited with her parents.
So why has the video created such a big reaction on Chinese social media, and made the authorities so upset?
The hand gesture
Image caption The “OK” hand gesture reversed looks like the number sequence “110”
While the “OK” gesture is pretty widely understood around the world as a positive gesture, simply turning your hand so that you are facing your palm conveys a subtle message in China.
If two fingers are pressed together, your hand can look like the numbers “110” – which in China is the emergency contact number for the police.
Consequently, the video, which features actors, shows a subtle way that a child can get a message out if they are in trouble.
To push this message home, at the end of the video, a man tells viewers to “spread this gesture” so that people can signal if they are in need of help “in the event of coercion, kidnapping, or fear of your life”.
The authorities don’t like it
Image copyright PIYAOImage caption China’s top disinformation bureau said the ‘OK’ signal as a sign of distress was absolutely not OK
The video has the appearance of a public service announcement, so many social media users assumed it had the backing of the police.
The Chengdu Economic Daily says that videos being shared on TikTok predominantly attributed the footage to the police. However, the actual origins of the video are unknown.
Today, official media are spreading the message of China’s official disinformation platform Piyao, which criticises the video for being misleading, and says the police had no involvement with it.
“Such a gesture is meaningless as an alarm,” it says, and argues that it might actually be counter-productive in allowing an individual to find help if they need it.
It says that it has “never publicised or promoted such an alarm method in public”, and urges readers to follow the traditional method of calling the police if they need assistance or suspect someone else needs help.
Social media users think it’s a good idea
Despite the authorities distancing themselves from the footage and associated advertising campaigns that have suddenly sprung up on TikTok, a huge debate has broken out online about whether the simple signal might actually be effective in helping Chinese people understand if somebody is under duress.
Some on the popular Sina Weibo microblog say that “shouting for help is more practical than gestures”, and others note that the simple signal might “mislead people” and could lead to accidental interventions where none are necessary.
But in a country where tight authoritarian controls are in place and people are unable to freely speak openly, some are praising this seemingly small action to attract attention if someone’s under duress.
“In fact, this kind of gesture could really be promoted for help in the country”, one user says.
“As long as everyone is in agreement, we can still use it, it is still possible,” another says. “As long as we’re united in our understanding.”
Numbers as a symbol of rebellion
Image copyright TAOBAOImage caption Taylor Swift’s 1989 album caused problems for Chinese censors as the singer is popular, but the number “1989” is sensitive
Number sequences have long proven an effective way for social media users to criticise the authorities, without immediately alerting government censors, who regularly screen platforms for sensitive words.
People have found ways to talk about the Tiananmen Square massacre of 1989 – which the government has heavily censored for three decades – by using number sequences such as “46” (4 June), “64” (June 4) or “1989”.
The authorities have wised up to number sequences being used and are known for censoring many of these. But such strict censorship does mean that sometimes innocuous posts are removed by mistake.
Image copyright AFPImage caption During the 2014 Hong Kong protests, demonstrators showed their anger for then-leader CY Leung by calling him “689”
Cryptic number sequences and hand gestures have proven particularly effective in helping protesters in Hong Kong unite on a shared message.
Online users have been able to voice criticism of their leadership in recent years by referring to them based on the number of votes that elected them into office.
Consequently, “777” has become a nickname for Hong Kong’s chief executive Carrie Lam. Her predecessor, CY Leung, was known as “689”.
Graphic on hand signals used by protesters in Hong Kong to communicate and to keep their supply-lines stocked with vital equipment http://u.afp.com/Jsjm
As protests have dominated Hong Kong in recent months, it has also become apparent that demonstrators have been able to organise themselves by communicating subtle hand signals across crowds.
Graphics showing DIY hand signals that they can use if they need supplies such as eye masks, helmets or face masks, have circulated widely on platforms like Twitter.
Which is why a small, seemingly innocuous hand gesture, going viral in mainland China and getting huge public support, would undoubtedly unsettle the authorities.
LANZHOU, Sept. 3 (Xinhua) — Bound by lower education levels, traditions and household responsibilities, most ethnic minority women in China’s impoverished regions have never dared to think of ways other than farming to help their families gain a better life.
However, with the government campaign to eradicate poverty gathering steam, small manufacturing workshops are bringing jobs to their doorsteps and empowering the women to take new roles in their families.
Ma Xiuping, living in a village in Linxia Hui Autonomous Prefecture, northwest China’s Gansu Province, could not hide her excitement when recalling the first time she was paid by the factory she started working in.
“I could barely read, and I never imagined I could get a salary like urban workers,” said Ma, who is in her 50s.
The rural cooperative Ma works at makes traditional cloth shoes and employs more than 50 impoverished women workers.
In Gansu Province, such poverty-alleviation factories have created jobs for more than 8,000 women who were once trapped working on farms and taking care of all the family chores, and for them, a different life has started.
“Now I don’t have to ask my husband for money, which makes me more confident,” said the 28-year-old Ma Fatumai who worked at the same workshop with Ma Xiuping. For her first month of work, she earned 1,350 yuan (about 190 U.S. dollars).
For Huang Ayingshe, who works in another poverty-reduction workshop in the prefecture, a job also means more association with the outside world, which she says is “much more fun” than staying at home.
As the deadline to eradicate absolute poverty by 2020 approaches, China is focusing efforts on the nation’s poorest people, and Gansu Province is one of the major battlefields.
Answering the central leadership’s call for “precision poverty alleviation,” which demands tailored policies to suit different local situations, the province seeks to tap the power of women in the battle to wipe out absolute poverty by 2020.
In July, the All-China Women’s Federation held a meeting in the Linxia Hui Autonomous Prefecture, which stressed women’s roles in fighting poverty and called on them to contribute their strength.
Official data showed that China lifted 13.86 million people in rural areas out of poverty in 2018, with the number of impoverished rural residents dropping from 98.99 million in late 2012 to 16.6 million by the end of last year.
Chinese Premier Li Keqiang, also a member of the Standing Committee of the Political Bureau of the Communist Party of China Central Committee, presides over a forum on the work of National Science Fund for Distinguished Young Scholars in Beijing, capital of China, Sept. 2, 2019. (Xinhua/Pang Xinglei)
BEIJING, Sept. 3 (Xinhua) — Chinese Premier Li Keqiang has pledged greater government support to help create a more favorable and freer environment for young scientists to explore and innovate.
He said the National Science Fund for Distinguished Young Scholars will play a bigger role in financially supporting the researchers to be dedicated to basic research and innovation.
Li made the remarks at a forum on the work of the fund, which was held on Monday. He also visited an exhibition of scientific research achievements in the fields of astrophysics, new material, new energy application, medicine and biology, thanks to the support of the fund.
He stressed the need to reinforce basic research in an effort to lay a solid foundation for China’s innovation-driven development.
Governments at all levels should lend long-term and stable support to basic research, and enterprises will also be encouraged to increase investment into basic research, he said.
“We should continue to streamline administrative approvals, delegate power to lower levels and improve regulations and services in the field of science and technology to further reduce constraints,” he said.
The premier also required the further improvement of the management and evaluation of scientific research projects as well as the income distribution system for researchers.
He suggested the fund be used as a national “venture capital fund,” which will not only promote innovation but also be tolerant to failures, so that more scientific and technological personnel, especially young talent, will be encouraged to venture into “no man’s land” to achieve more breakthroughs.
You Quan, a member of the Secretariat of the Communist Party of China (CPC) Central Committee and head of the United Front Work Department of the CPC Central Committee, attends a symposium to commemorate the 74th anniversary of the victory in the Chinese People’s War of Resistance Against Japanese Aggression and the World Anti-Fascist War in Beijing, capital of China, Sept. 3, 2019. (Xinhua/Shen Hong)
BEIJING, Sept. 3 (Xinhua) — China on Tuesday held a symposium to commemorate the 74th anniversary of the victory in the Chinese People’s War of Resistance Against Japanese Aggression and the World Anti-Fascist War.
You Quan, a member of the Secretariat of the Communist Party of China (CPC) Central Committee and head of the United Front Work Department of the CPC Central Committee, joined about 200 representatives from various sectors at the event in Beijing.
Participants including Party officials, military officers, war veterans and student representatives spoke highly of the great achievements made by the Chinese people in safeguarding national independence and liberty and protecting the sovereignty and sanctity of the country at the symposium.
Families of war heroes, representatives of non-Communist parties and foreigners who contributed to China’s war against Japanese aggression also attended the symposium.
Research sheds light on 500-year Chinese weather cycle and suggests a cool change could be on the way
Findings leave no room for complacency or inaction
A team of Chinese researchers says a period of global cooling could be on the way, but the consequences will be serious. Photo: Xinhua
A new study has found winters in northern China have been warming since 4,000BC – regardless of human activity – but the mainland scientists behind the research warn there is no room for complacency or inaction on climate change, with the prospect of a sudden global cooling also posing a danger.
The study found that winds from Arctic Siberia have been growing weaker, the conifer tree line has been retreating north, and there has been a steady rise in biodiversity in a general warming trend that continues today. It appears to have little to do with the increase in greenhouse gases which began with the industrial revolution, according to the researchers.
Lead scientist Dr Wu Jing, from the Key Laboratory of Cenozoic Geology and Environment at the Institute of Geology and Geophysics, part of the Chinese Academy of Sciences, said the study had found no evidence of human influence on northern China’s warming winters.
“Driving forces include the sun, the atmosphere, and its interaction with the ocean,” Wu said. “We have detected no evidence of human influence. But that doesn’t mean we can just relax and do nothing.”
Moon Lake, a small volcanic lake hidden in the deep forest of China’s Greater Khingan Mountain Range, where a team of scientists spent more than a decade studying the secrets hidden in its sediments. Photo: Baidu
Wu and her colleagues are concerned that, as societies grow more used to the concept of global warming, people will develop a misplaced confidence in our ability to control climate change. Nature, they warned, may trick us and might catch us totally unprepared – causing chaos, panic, famine and even wars as the global climate system is disrupted.
There are already alarming signs, according to their paper, which has been accepted for publication by the online Journal of Geophysical Research: Atmospheres.
Wu and her colleagues spent more than a dozen years studying sediments under Moon Lake, a small volcanic lake hidden in the deep forests of the Greater Khingan Mountain Range in China’s Inner Mongolia autonomous region. They found that winter warming over the past 6,000 years had not been a smooth ride, with ups and downs occurring about every 500 years.
Their findings confirmed an earlier study by a separate team of Chinese scientists, published by online journal Scientific Reports in 2014, which first detected the 500-year cyclical pattern of China’s summer monsoons and linked it to solar activity.
The 2014 research, which drew on 5,000 years’ worth of data, suggested the current warm phase of the cycle could terminate over the next several decades, ushering in a 250-year cool phase, potentially leading to a partial slowdown in man-made global warming.
Wu said the latest study, with 10,000 years’ worth of new data, not only helped to draw a more complete picture of the 500-year cycle, but also revealed a previously unknown mechanism behind the phenomenon, which suggested the impact of the sun on the Earth’s climate may be greater than previously thought.
According to Wu, the variation in solar activity alone was usually not strong enough to induce the rapid changes in vegetation the research team recorded in the sediment cores of Moon Lake. Instead, the scientists found the warming impact was amplified by a massive, random interaction between surface seawater and the atmosphere in the Pacific Ocean known as the El Nino-Southern Oscillation.
As a result of the research findings, Wu said she was now more worried about cooling than warming.
“A sharp drop of temperature will benefit nobody. The biggest problem is, we know it will come, but we don’t know exactly when.”
Prototype tested last month transports high-voltage power and liquefied natural gas side by side
It could cut the high cost and waste involved in sending energy from the far west to the east coast
The 10-metre prototype line, combining high-voltage electricity and liquefied natural gas. Photo: Chinese Academy of Sciences
Chinese scientists have developed the world’s first prototype of a superconducting hybrid power line, paving the way for construction of a 2,000km (1,243-mile) line from energy-rich Xinjiang in the country’s far west to its eastern provinces.
The 10-metre, proof-of-concept wire and liquid natural gas hybrid transmission line was up and running at the Chinese Academy of Sciences’ Institute of Electrical Engineering in Beijing last month to show the feasibility of the technology.
The line contains a superconducting wire which can transmit nearly 1,000 amps of electric current at more than 18,000 volts with zero resistance.
In a further difference from a traditional power line, the gap between the superconducting wire and the power line’s outer shell is filled by a flow of slowly moving natural gas liquefied at low temperatures – between minus 183 and minus 173 degrees Celsius (minus 279 to minus 297 Fahrenheit). This allows the line to transfer electricity and fossil fuel at the same time.
Professor Zhang Guomin, the government research project’s lead scientist, told the South China Morning Post that the voltage and current could be much higher in its real-world applications.
“This technology can take the overall efficiency of long-distance energy transport to new heights,” he said.
Existing infrastructure to transfer energy from Xinjiang Uygur autonomous region to the developed eastern areas such as Shanghai has high operational costs because almost 10 per cent of the energy is lost in transmission, according to some studies.
That infrastructure includes the world’s most advanced high-voltage power line and four natural gas pipes, each thousands of kilometres long. One of the natural gas pipelines, from Xinjiang to Shanghai, cost 300 billion yuan (US$42 billion).
The superconductor and natural gas hybrid line offered a possible solution, Zhang said.
Loss of electricity over the superconducting wire would be almost zero because of the elimination of resistance to the movement of electrons, he said.
The transport of liquefied natural gas would also be efficient, because one cubic metre (1,000 litres) of it would be equivalent to 600 cubic metres of the same fuel in gas form.
The temperature needed for liquefaction of natural gas is almost identical to that required for occurrence of superconductivity, at about minus 163 degrees.
Wang Gengchao, professor of physics at East China University of Science and Technology in Shanghai, said the combination was a “smart idea”.
Superconducting materials are not new but their applications have been limited by the difficulty and cost of creating and maintaining the low-temperature environment.
“They are trying to kill two birds with one stone,” Wang, who was not involved in the study, said.
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“But whether the technology can find a use in large-scale infrastructure depends on other things, such as safety. Not everyone will feel comfortable with the idea of putting a high-voltage electric line and flammable natural gas side by side.”
Zhang said another new prototype line, about 30 metres long, was being developed and the 2,000km project was awaiting government approval.
He said the team had solved some major technical obstacles, including reducing the risk of accidents from electrical sparks and gas leakage.
“Many problems remain to be solved, but we are confident this technology will work,” he said. “It will protect the environment. It will save a lot of land from being used for power and gas lines.”
Xinjiang has more energy resources than any other Chinese province or region. It has nearly half of the nation’s coal reserves, a third of its oil and gas, and some of the largest wind and solar farms, according to government statistics.
Two classrooms on Nanjing campus were chosen for pilot project
Camera automatically captures students’ faces without their cooperation
Students pass through a facial recognition turnstile at China Pharmaceutical University in Nanjing. Photo: Weibo
A university in eastern China has installed a facial recognition system at its entrance and in two classrooms to monitor the attendance and behaviour of students.
China Pharmaceutical University in Nanjing, Jiangsu province, announced on its website on Thursday that it was one of the first higher education institutions in the country to put such a system in place.
“It can effectively solve the management difficulties and low efficiencies in a traditional attendance system, and make it easier for managers to track their students,” Xu Jianzhen, director of the university’s library and information centre, told news website Thepaper.cn
In a pilot project, two classrooms were equipped with an attendance system using facial recognition software, with a camera that automatically captured the faces of students in class without their cooperation, the university said.
“Besides attendance, the system installed in the classroom can provide surveillance of the students’ learning, such as whether they are listening to the lectures, how many times they raise their heads, and whether they are playing on their phones or falling asleep,” Xu told the news website.
“The school is taking action to cut down on students skipping class, leaving classes early, paying for a substitute to attend classes for them and not listening in class,” he said.
The plan was not well received online, with some critics raising privacy concerns for staff and students.
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“What kind of talent are they trying to cultivate?” a user of the Twitter-style Weibo network asked. “I’ve never seen such a method.”
Another wrote: “If this system was being installed in Europe or America, they’d be sued and the school would have to close down.”
But Xu said the university had consulted the police and sought legal advice, and was told the system would not be considered an invasion of privacy as classrooms were public spaces.
“You are complaining about [a system] that’s meant to urge you to learn? Are you a student?” he told the news website.
A spokesman said China Pharmaceutical University was using a facial recognition system to improve class attendance. Photo: Weibo
The university would seek feedback from teaching staff before deciding whether to install facial recognition systems in all of its classrooms, according to the report.
In May last year, a school in Hangzhou, Zhejiang province, installed cameras to monitor pupils’ facial expressions and attentiveness in class as part of a “smart classroom behaviour management system” to give teachers real-time information on their students.
Elsewhere, facial recognition has been used to catch unlicensed drivers in the southern technology hub of Shenzhen, jaywalkers in Shanghai, and criminal suspects at public events across China.
Researchers say they have developed a substance that is 13 times better in tests than widely used alternative
Experiments could help solve a power source problem that has plagued commercial and military devices
Scientists at the Fujian Institute of Research on the Structure of Matter think they have found a super efficient crystal to make high-energy beams from low-energy lasers. Photo: Alamy
Scientists in southeast China say they have synthesised a crystal with the potential to significantly improve the performance of lasers used in consumer and military equipment.
Crystals of caesium bismuth germanate (CBGO) can turn low-energy beams into high-energy emissions with unparalleled efficiency, according to Professor Mao Jianggao, team leader at the Fujian Institute of Research on the Structure of Matter, part of the Chinese Academy of Sciences, in Fuzhou.
The team looked at several candidate crystals in their experiments. Compared with widely used potassium dihydrogen phosphate crystals, the CBGO crystal was 13 times more efficient at turning infrared lasers into more energised green beams.
“This is a record performance,” Mao said on Tuesday. “This is why we think the crystal may have potential.”
China’s prototype Guanlan anti-submarine warfare satellite uses a high-energy laser to sweep beneath the sea to a depth of 500 metres. Illustration: SCMP
Their findings were published in the German weekly scientific peer-reviewed journal Angewandte Chemie, or Applied Chemistry, last month.
The researchers said CBGO crystals could be a way around a problem that has limited the performance of lasers – the huge amount of electricity needed to power them.
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The demand on power is great because existing technology is not efficient at converting low-energy beams to high-energy ones – one reason that laser weapons are not yet as common as scientists predicted in the 1960s.
CBGO belongs to a family known as non-linear crystals, which cause abrupt changes to energy that passes through them. The scientists found that CBGO crystals could double the frequency of a laser beam.
As high-energy lasers can be created by merging two low-energy photons, or particles of light, a process known as frequency doubling, CBGO crystals are an ideal medium, and the higher frequency of the laser, the more energy it carries.
Many military and civilian applications required high-energy beams, they said. These included directed energy weapons designed to destroy drones or missiles, or China’s prototype Guanlan anti-submarine warfare satellite, which will use a green laser to penetrate water to a depth of 500 metres (1,640 feet) to detect a target.
Mao said his team’s research was at an early stage and that years of testing would be needed before the CBGO crystals found their way to market.
The CBGO crystal grown in the Fuzhou laboratory was the size of a grain of sand, he said. For industrial use, crystals would need to be at least the size of a dice.
Growing them was a very slow and challenging job, and there was no certainty that CBGO crystals could be grown on an industrial scale, Mao said.
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China is a world leader in crystal research, and some of those most commonly used in laser devices were developed by Chinese scientists thanks to heavy investment from central government.
Professor Li Qiang, deputy director with the Institute of Laser Engineering at Beijing University of Technology, said the discovery of CBGO was encouraging, but its success should be evaluated not only on its efficiency, but also on attributes such as mechanical strength, tolerance to laser damage, and stability in extreme environments such as high humidity.
“Lots of crystals have been proposed over the decades, but only a handful are useful. It’s a high-risk business,” Li said. “China has achieved a leading position in this field not because of luck, but by continuous effort by several generations of researchers through countless failures.”
ISLAMABAD (Reuters) – Pakistan would not use nuclear weapons first, Prime Minister Imran Khan said on Monday, amid tensions with arch-rival India after New Delhi revoked the special status of its part of the disputed Kashmir region.
“We both are nuclear-armed countries. If these tensions increase, the world could be in danger,” Khan said, addressing members of the Sikh religious community in the eastern city of Lahore. “There will be no first from our side ever,” he said.
The foreign ministry’s spokesman subsequently said on Twitter that the comments were being taken out of context and did not represent a change in Pakistan’s nuclear policy.
“PM was simply reiterating Pakistan’s commitment to peace and the need for both nuclear states to demonstrate responsible behaviour,” spokesman Mohammad Faisal said on his official Twitter account.
Tension remains high in Kashmir, where security forces have used tear gas against stone-throwing protesters and the valley remains under lockdown after Indian Prime Minister Narendra Modi’s decision to withdraw special rights for the Muslim-majority state on Aug. 5.
By stripping Indian-controlled Kashmir of its special status, New Delhi blocked the region’s right to frame its own laws and allowed non-residents to buy property there. Delhi said the change would help Kashmir’s development, to the benefit of all, but its move angered many residents of the region and was strongly condemned by Pakistan.
Khan has so far focused on a global diplomatic campaign condemning India’s actions, accusing Modi of committing human rights violations and atrocities in the valley.
He has also said frequently that any misadventure between two nuclear-armed nations could endanger the world.
Muslim-majority Kashmir has long been a flashpoint between India and Pakistan. Both countries rule parts of Kashmir while claiming it in full. Two of the three wars they have fought have been over it.
Also on Monday, Islamabad gave a consular access to an Indian who was given a death sentence for spying by a Pakistani military court, which the International Court of Justice asked Pakistan to review in mid-July.
“Pursuant to the decision of the International Court of Justice, Pakistan provided consular access on 02 September, 2019 to India for Commander Kulbhushan Jadhav, Indian spy, serving Indian Naval officer,” a Pakistani foreign office statement said.
The statement said that at India’s request, there was no restriction on the language of communication and the access was recorded, which continued for two hours.
An Indian external affairs ministry statement said “Jadhav appeared to be under extreme pressure to parrot a false narrative to bolster Pakistan’s untenable claims.” It said Delhi would wait for a detailed report to determine the extent of conformity to the ICJ directives.
CHINDIA ALERT: You'll be living in their world, very soon 