logo
Bangladesh ex-PM Hasina charged with ‘systematic attack' as trial opens

Bangladesh ex-PM Hasina charged with ‘systematic attack' as trial opens

Yahoo2 days ago

Fugitive former Prime Minister Sheikh Hasina orchestrated a 'systematic attack' on protests against her government, Bangladeshi prosecutors have said at the opening of her trial over last year's deadly crackdown.
'Upon scrutinising the evidence, we reached the conclusion that it was a coordinated, widespread and systematic attack,' Mohammad Tajul Islam, chief prosecutor at Bangladesh's domestic International Crimes Tribunal (ICT), told the court in his opening speech on Sunday.
'The accused unleashed all law enforcement agencies and her armed party members to crush the uprising,' Islam said as he charged the 77-year-old former leader and two other officials of 'abetment, incitement, complicity, facilitation, conspiracy, and failure to prevent mass murder' during the student-led mass uprising.
The United Nations says nearly 1,400 Bangladeshis were killed between July and August 2024 when Hasina's government launched a brutal campaign to silence the protesters. Bangladesh has charged her with crimes against humanity over the killings.
Hasina – who remains in self-imposed exile in neighbouring India, her old ally – has rejected the charges as politically motivated.
She fled by helicopter to New Delhi in August last year after the nationwide protests ended her 'autocratic' 15-year rule marked by allegations of repeated human rights violations, including attacks, imprisonment, and even targeted killings of opposition figures, dissenters, and critics.
She has since defied an arrest warrant and extradition order to return to Dhaka.The ICT is also prosecuting former senior figures connected to the ousted government of Hasina and her now-banned Awami League party, including former Interior Minister Asaduzzaman Khan Kamal and former police chief Chowdhury Abdullah Al-Mamun.
Their prosecution has been a key demand of several political parties now jostling for power. The interim government has promised to hold elections before June 2026.
Prosecutors submitted their report in the case against Hasina last month, with the court expected to issue formal charges on Sunday.
ICT chief prosecutor Tajul Islam said on May 12 that Hasina faces at least five charges, including 'abetment, incitement, complicity, facilitation, conspiracy and failure to prevent mass murder during the July uprising'.
Investigators have collected video footage, audio clips, Hasina's phone conversations, records of helicopter and drone movements, as well as statements from victims of the crackdown as part of their probe.
The ICT opened its first trial connected to the previous government on May 25. In that case, eight police officials face charges of crimes against humanity over the killing of six protesters on August 5, 2024 – the day Hasina fled the country.
Four of the officers are in custody and four are being tried in absentia.
The ICT was set up by Hasina in 2009 to investigate crimes committed by the Pakistani army during Bangladesh's war for independence in 1971. It sentenced numerous prominent political opponents to death, and many saw it as a means for Hasina to eliminate rivals.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

US nuclear deal proposal would allow Iran to enrich uranium in limited capacity
US nuclear deal proposal would allow Iran to enrich uranium in limited capacity

Yahoo

timean hour ago

  • Yahoo

US nuclear deal proposal would allow Iran to enrich uranium in limited capacity

This follows earlier reports from Monday that Iran is poised to reject a US proposal to end a decades-long nuclear dispute. The US nuclear deal proposal that was allegedly given to Iran would allow limited and low-level uranium enrichment, Walla reported on Monday. Limited uranium enrichment would be for a "to-be-determined" period of time, Walla said. This proposal contradicts statements from top officials. This follows earlier reports from Monday that Iran is poised to reject a US proposal to end a decades-long nuclear dispute, an Iranian diplomat said, slamming it as a "non-starter" that fails to address Tehran's interests and leaves Washington's stance on uranium enrichment unchanged. "Iran is drafting a negative response to the US proposal, which could be interpreted as a rejection of the US offer," the senior diplomat, who is close to Iran's negotiating team, told Reuters. The US proposal for a new nuclear deal was presented to Iran on Saturday by Oman's Foreign Minister Sayyid Badr Albusaidi, who was on a short visit to Tehran and has been mediating nuclear talks between Tehran and Washington. Iran carried out secret nuclear activities with material not declared to the UN nuclear watchdog at three locations that have long been under investigation, the watchdog said in a wide-ranging, confidential report to member states seen by Reuters last week. The findings in the "comprehensive" International Atomic Energy Agency report requested by the agency's 35-nation Board of Governors in November pave the way for a push by the United States, Britain, France, and Germany for the board to declare Iran in violation of its non-proliferation obligations. A resolution would infuriate Iran and could further complicate nuclear talks between Tehran and Washington.

Magnus Carlsen, No. 1 ranked chess player, slams fist onto table after losing to world champ Gukesh Dommaraju
Magnus Carlsen, No. 1 ranked chess player, slams fist onto table after losing to world champ Gukesh Dommaraju

CBS News

time2 hours ago

  • CBS News

Magnus Carlsen, No. 1 ranked chess player, slams fist onto table after losing to world champ Gukesh Dommaraju

Norwegian chess grandmaster Magnus Carlsen, the world's No. 1-ranked player, suffered a major defeat on Sunday to current world champion Gukesh Dommaraju. After Dommaraju made his final move, Carlsen, 34, was seen slamming his fist onto the table and standing up out of his seat in frustration before shaking hands with the 19-year-old grandmaster from India. The video of Carlsen's loss in the classic chess match at round six of Norway Chess, an annual international chess tournament, quickly spread on social and sparked a debate about sportsmanship online. It was a shocking loss for Carlsen and a "lucky day" for Dommaraju, the younger chess grandmaster told a reporter with Norwegian broadcaster TV2. The match was live streamed on Twitch via the world's largest chess website. Despite the defeat, Carlsen was still in the lead at the tournament. Norway's Magnus Carlsen (L) plays against India's Gukesh Dommaraju during the first game of Norway chess tournement in Finansparken in Stavanger on May 26, 2025. CARINA JOHANSEN/NTB/AFP via Getty Images Magnus Carlsen's ranking Carlsen became the world's top-ranked player in 2010 at 19 and has won five World Championships. He achieved the highest-ever chess rating of 2882 in 2014 and has remained the undisputed world No. 1 for more than a decade, the Associated Press reported. Earlier this year, Carlsen made history after more than 143,000 people worldwide played against him in a single, record-setting game. Billed as "Magnus Carlsen vs. The World," the online match began April 4 on and was the first-ever online freestyle game to feature a world champion. Who is the current chess world champion? Dommaraju became the youngest world champion last year at just 18 years old following a final win over China's Ding Liren at the International Chess Federation (FIDE) 2024 World Championship. He surpassed a record held by Russia's Garry Kasparov, who won the title at age 22, after clinching a dramatic endgame in Singapore to be crowned champion. Dommaraju also became the second Indian, after five-time world chess champion Viswanathan Anand, to hold the title. Following his victory against Carlsen over the weekend, Dommaraju told TV2 that he was still shaking after the game. "I don't know what happened," he said. Dommaraju is ranked No. 5 in the world, according to How chess player rankings work There are two main systems for chess ranking: the Elo System and the Glicko System. According to which uses the latter method, the ranking "represents your strength of play" and is calculated using statistics. In the Elo System used by FIDE, the chance of one player defeating another is calculated in a percentage. For example, player A has a 60% chance of defeating player B. If player B wins six out of 10 games, player B's ranking would stay the same. If player B won seven or more games, player B's ranking would go up. If player B wins 5 or fewer games, player B's ranking would go down. The Glicko System is more complicated and built on the Elo System, using a more complicated formula, said. contributed to this report.

The wild hunt for clean energy minerals
The wild hunt for clean energy minerals

Yahoo

time2 hours ago

  • Yahoo

The wild hunt for clean energy minerals

The world is hungry for more stuff: televisions, phones, motors, container ships, solar panels, satellites. That means the stuff required to make stuff is in high demand, and none more so than what are known as 'critical minerals.' These are a handful of elements and minerals that are particularly important for making the modern devices that run the global economy. But 'critical' here doesn't mean rare so much as it means essential — and alarmingly vulnerable to supply chain shocks. In the US, the Geological Survey has flagged 50 minerals as critical to our economy and security. And including some among that larger group, the US Department of Energy is focused on 18 materials that are especially important for energy — copper for transmission lines, cobalt for cathodes in batteries, gallium for LEDs, neodymium for magnets in motors, and so on. For governments, these minerals are more than just industrial components — they're potential bottlenecks. If producers of these substances decide to restrict access to their customers as a political lever, if prices shoot up, or if more industries develop an appetite for them and eat into the supply, companies could go bankrupt and efforts to limit climate change could slow down. That's because these minerals are especially vital for so many clean energy technologies. They're essential for the tools used to produce, store, transmit, and use electricity without emitting greenhouse gases. They're vital to building solar panels, batteries, and electric motors. As the worldwide race for cleaner energy speeds up, the demand for these products is surging. According to the International Energy Agency, mineral demands from clean energy deployment will see anywhere from a doubling to a quadrupling from current levels by 2040. But these minerals aren't spread evenly across the world, which could leave some countries bearing most of the environmental burdens from mining critical minerals while wealthier nations reap the economic benefits and other countries get left out of the supply chain entirely. 'A world powered by renewables is a world hungry for critical minerals,' said UN Secretary-General António Guterres at a panel last year. 'For developing countries, critical minerals are a critical opportunity — to create jobs, diversify economies, and dramatically boost revenues. But only if they are managed properly.' Right now, the US is a major consumer of critical minerals, but not much of a producer — a fact that's become an obsession for the Trump administration. The president has signed several executive orders aimed at increasing critical mineral production within the US by relaxing regulations and speeding up approvals for new critical mineral extraction projects. In Congress, lawmakers are mulling spending billions of dollars to build up a critical mineral stockpile similar to the strategic petroleum reserve. Even as the US government takes those steps, the international trade war that the Trump administration itself launched has begun to disrupt the global supply of critical minerals. China is one of the largest producers of critical minerals, particularly rare earth metals like dysprosium and terbium, but it has imposed limits on some of its critical mineral exports in response to President Donald Trump's tariffs, sending prices skyward. The dawning awareness that the critical minerals everyone needs may not be readily available has led countries to redouble their efforts to find more of these materials wherever they can — in the ocean, across deserts, and even in space. In the near term, that means the world will need more mines to expand supplies of critical minerals. And with the market for clean energy poised to expand even further, scientists are trying to find new alternative materials that can power our world without making it hotter. But it will take more time and investment before the plentiful can replace the precious. Since the list of critical minerals is long and diverse, it's helpful to narrow it down. And one mineral stands out: lithium. The IEA estimates that half of the mineral demand growth for clean energy will come from electric vehicles and batteries, mainly from their needs for this soft, light metal. Depending on how aggressively the world works to decarbonize, lithium use is projected to increase by as much as 51 times its current levels by 2040, more than 10 million metric tons per year. That's because lithium is still the best material to store and release energy in batteries across a variety of applications, from the tiny cells in wireless earbuds to arrays of thousands of cells packed into giant batteries on the power grid. As more cars trade gasoline engines for electric motors, and as more intermittent wind and solar power connect to the grid, we need more ways to store energy. While lithium is not particularly rare, getting it out of the earth isn't easy. There are only a handful of places in the world that currently have the infrastructure to extract it at scale and at a low enough price to make doing so worthwhile, even with ever rising demand. The US produces less than 2 percent of the world's lithium, with almost all of it coming from just one mine in Nevada. The US has about 20 major sites where lithium could be extracted, according to the US Geological Survey, but building new mines can take more than a decade, and the timelines have only been getting longer. Because of their costs and the long-lasting environmental damage they can cause, mining projects have to undergo reviews before they can be approved. They often generate local opposition as well, stretching out project timelines with litigation. But the US is motivated to build this out and there are already new lithium projects underway in places like the Salton Sea in California and the Smackover formation across the southern US. These sites would extract lithium from brine. Could the US replace lithium and other critical minerals with cheaper, more abundant substances? Not easily. 'Substitution is not impossible, but depends on which material,' Sophia Kalantzakos, who studies environmental science and public policy at NYU Abu Dhabi, said in an email. Some materials are truly one of a kind, while others have alternatives that need a lot more research and development before they can step in. For example, there are companies investing in lithium alternatives in batteries, but they also have to build up a whole supply chain to get enough of the replacement material, which can take years. And it's not enough to mine critical minerals; they need to be refined and processed into usable forms. Here again, China leads, operating 80 percent of the world's refining capacity. The bottom line is that there's no immediate, easy answer to the critical mineral supply crunch right now. But there might be solutions that emerge in the years to come. These challenges have spurred a wave of research and development. Engineers are already finding ways to do more with less. Automakers like Ford, Tesla, and the Chinese company BYD are increasingly turning toward lithium iron phosphate (LFP) batteries as an alternative to conventional lithium-ion cells. Not only does the LFP chemistry use less lithium for a given energy storage capacity, it also uses less of other critical minerals like nickel and cobalt, lowering its cost. The batteries also tend to be more durable and stable, making them less prone to catastrophic failure. The US Department of Energy has invested in ways to make lithium-based batteries more efficient and easier to manufacture by redesigning the structure of battery components to store more energy. Researchers are also investigating battery designs that avoid lithium altogether. Chemistries like aluminum ion and sodium ion, as their names suggest, use different and far more abundant elements to carry charges inside the battery. But they still have to catch up to lithium in terms of durability, safety, performance, and production scale. 'I think this lithium-ion technology will still drive much of the energy transition,' said Rachid Amui, a resource economist who coauthored a United Nations Trade & Development report on critical minerals for batteries. It will likely be decades before alternatives can dethrone lithium. Eventually, as components wear out, recycling could help meet some critical mineral needs. But demand for technologies like batteries is poised to see a huge jump, which means the world will have no choice but to grow its fresh lithium supplies. There is some good news, though. Mining is getting more efficient and safer. 'There's so much autonomous technology now being developed in the mining industry that is making mining safer than we could have ever imagined 15, 20 years ago,' said Adam Simon, a professor of earth and environmental science at the University of Michigan. That's helping drive down costs and increase the efficiency of mineral extraction. The number of known sources of lithium is also rising. KoBold Metals, a mining firm backed by Bill Gates and Jeff Bezos, is using AI to locate more critical mineral deposits all over the world. The Energy Department is also throwing its weight behind domestic innovation. The department's Advanced Research Projects Agency-Energy, which invests in long-shot energy ideas, is funding 18 projects to increase domestic production of critical minerals. The program, dubbed MINER, is aiming to develop minerals that can capture carbon dioxide. 'Through programs like MINER and targeted investments in domestic innovation, we're working to reduce reliance on foreign sources and lay the groundwork for an American energy future that is reliable, cost-effective, and secure,' said Doug Wicks, a program director for ARPA-E, in a statement to Vox. There's also a global race to secure more mineral supplies from far-flung places, all the way down to the bottom of the ocean. On parts of the seafloor, there are vast fields of nodules made of nickel, cobalt, lithium, and manganese. For mining companies, the argument is that mining the seafloor could be less damaging to the environment than drilling or brine extraction on land. But the ocean floor is anything but a desolate place; there's a lot of life down there taking many forms, including species that have yet to be discovered. One of the most lucrative areas for sea mining, the Clarion-Clipperton Zone in the Pacific Ocean, happens to have a rich ecosystem of sponges, anemones, and sea cucumbers. Another factor to consider is that pulling up rocks from the bottom of the sea is inevitably expensive. The Clarion-Clipperton Zone can reach 18,000 feet deep. Hauling those minerals up, shipping them to shore, and refining them adds to their sticker price. 'I think it's interesting and needed because of the [research and development] that it stimulates,' Simon said. 'But economically, there's no company right now who could actually mine the lithium in those clays from the bottom of the ocean.' There are even companies that have proposed mining critical minerals from asteroids. One company, AstroForge, has already launched a test spacecraft into deep space. That's an even dicier business proposition since working in space is even more expensive than trying to mine the bottom of the ocean. But space mining technology is a moonshot — still gestational and decades away from even returning a sample. The companies behind these proposals say that humanity's hunger for these minerals is only growing and it's prudent to start taking steps now toward building up supplies of raw materials in space. But for the time being, there's no easy way around it: powering a greener world means we will still need to extract far more critical minerals to turn away from fossil fuels and toward clean energy. Otherwise humanity will continue extracting and burning coal, oil, and natural gas, further heating up the planet.

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store