High CourtTwo separate appeals have been filed with the Appellate Division of the Supreme Court against four-month interim bail of BNP chairperson Khaleda Zia in Zia Orphanage Trust graft case.Advocate on record Sufia Khatun filed the appeal on behalf of state while lawyer Khurshid Alam Khan, on behalf of Anti-Corruption Commission, lodged another appeal.The ACC lawyer said that chamber judge of Appellate Division will hear the appeals at noon.On Monday, the High Court granted the interim bail to Khaleda Zia.On 22 February, BNP chairperson Khaleda Zia filed the petition with the High Court seeking bail in the Zia Orphanage Trust graft case.Lawyers Nowshad Jamir and Kaiser Kamal, on behalf of the BNP chief, submitted the 880-page bail petition showing 31 grounds for granting her bail.On 25 February, Khaleda Zia failed to secure bail in the case as the High Court says it will pass an order on her bail petition upon receiving all the documents relating to the judgment from the lower court.Earlier, the HC asked the lower court to submit all the relevant documents within 15 days.On 8 February, the Dhaka Special Court-5 convicted the former prime minister and BNP chairperson and sentenced her to five years’ imprisonment in the Zia Orphanage Trust graft case. She was then sent to old central jail at Nazimuddin Road in the city.The court read out a 632-page summarised version of the verdict on that day and it released the full 1174-page copy of the verdict on 19 February.
A Federal Court on Monday sentenced Omar Faraj Saeed Al Hardan — who was living in Houston at the time of his arrest in 2014– to 16 years in prison for plotting to leave the United States and join ISIS as a soldier and bomb-maker. According to court records the Iraqi-native was also trying to build a bomb for use in Texas. Share New images of alleged #Houston terror suspect Omar Faraj Saeed Al Hardan https://t.co/sVrfKdqWHK More on #KPRC2 @ 6p pic.twitter.com/PMZu47sec0— KPRC 2 Houston (@KPRC2) January 8, 2016After federal officials discovered Al Hardan had acquired manuals on circuitry and military circuitry, a federal informant met with him 17 times and learned that he planned an attack on a military facility in Grand Prairie, Texas. The convicted man also discussed how a mall could be bombed with the informant.Judge Lynn N. Hughes, of the U.S. Southern District of Federal District Court said that lying in an attempt to obtain a passport so the convicted man could join ISIS as a bomb-maker and soldier, is why he determined the sentence of 16 years. Making claims on social media, having and ISIS flag in his home, watching training videos on how to build a bomb, and obtaining five cell phones to use in detonating bombs was not why he was giving the 192 month sentence, which is guidelines of 51 to 71 months.Al Hardan arrived in the U.S. in 2009 and got his green card in 2011. Federal authorities began monitoring his activities in 2012.The judge called the sentencing process, “almost mechanical,” and said his decision was, “cold, rational, and a fully informed decision.”
An international team of researchers has found evidence of an ancient meteorite colliding with ground rock on Earth, producing the highest temperature ever recorded on the planet’s surface. In their paper published in the journal Earth and Planetary Science Letters, the team describes their findings after studying an impact crater in Canada and how they were able to calculate the temperature for an impact that occurred so many years ago. Citation: Meteorite impact caused the highest temperature ever recorded on Earth’s surface (2017, September 18) retrieved 18 August 2019 from https://phys.org/news/2017-09-meteorite-impact-highest-temperature-earth.html Planetary scientists believe that Earth was bombarded on a regular basis during its formative years—by meteorites and other space rocks. Some of those collisions left behind evidence that is still observable today in the form of craters. One of them is Mistastin Lake crater located in Labrador Canada, which is approximately 28 kilometers across, suggesting that the object that struck the Earth there was large. The researchers dated the collision that caused the crater back to approximately 38 million years ago.Most craters, the researchers note, do not have much if any evidence of the object that caused them—they vaporize on impact. Likewise, most of the material struck by meteors tends to vaporize, as well. Because of this, it has been difficult to learn more about the nature of the space rocks and the conditions that occurred when they struck. One thing scientists do know, however, is that when collisions occur, a lot of energy is released in the form of heat—the question is how much. In this new effort, the researchers found a way to measure the heat produced when the object struck the ground in Canada.In studying the crater, the researchers found evidence of zircon, a common mineral, being changed into cubic zirconia. Prior work with both minerals has shown that temperatures of 2370° C are required for that to take place. Thus, the heat generated by the impact had to have reached at least that temperature. The finding represents the hottest temperature ever found to exist naturally on the surface of the Earth. The researchers note that this is the first time zirconia has ever been used to calculate the heat of an impact and also shows that some rocks can get hotter naturally than has been thought. More information: Nicholas E. Timms et al. Cubic zirconia in >2370 °C impact melt records Earth’s hottest crust, Earth and Planetary Science Letters (2017). DOI: 10.1016/j.epsl.2017.08.012 Transformations to granular zircon revealed: Meteor Crater, Arizona Credit: CC0 Public Domain This document is subject to copyright. Apart from any fair dealing for the purpose of private study or research, no part may be reproduced without the written permission. The content is provided for information purposes only. Journal information: Earth and Planetary Science Letters Explore further © 2017 Phys.org