Iqra Imran is a writer for Sportskeeda, specializing in entertainment and pop culture. With a passion for analyzing and discussing the latest films, TV shows, and celebrity news, Iqra provides insightful articles that engage readers and keep them up to date on the latest trends in the entertainment industry.
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Iqra Imran's coverage is primarily focused on entertainment news and reviews, with a strong emphasis on popular TV shows, movies, and celebrity-related content. Given this focus, she would likely be interested in pitches that offer exclusive insights or behind-the-scenes information about upcoming releases or developments related to the entertainment industry.
To reach out effectively to Iqra Imran, consider offering her exclusive access to cast interviews, set visits of highly anticipated productions such as reboots or sequels. She may also appreciate unique perspectives on trending topics within the entertainment industry.
Given her broad thematic coverage and diverse topics including Harry Potter and specific actors like Daniel Radcliffe, it's important to tailor your pitch specifically to align with the types of articles she typically covers.
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The Lord of the Rings fans will be thrilled to know that Amazon Studios is all set to stream the second season of its original video series, The Rings of Power 2.
By: Iqra Imran
Henry Cavill’s upcoming spy thriller Argylle is in the news again! The $200 million-worth project recently released its official trailer on September 28, 2023, creating quite a stir on social media.
By: Iqra Imran
Universal Pictures' project on Martin Luther King Jr.'s biopic is in the news again.
Fans of CBS' most loved long-running television drama, The Young and Restless are set for an emotionally charged week.
Here's some good news for Chicago Med fans: NBC is all set to release the ninth season of the show next year, as reported by Deadline.
With reports of an upcoming reboot of popular American sitcom The Office in the news, there has been quite some buzz on the comeback of one of the series' best remembered characters, Michael Scott.
By: Iqra Imran
Oppenheimer fame director Christopher Nolan recently denied his involvement in the upcoming James Bond film, leaving fans disappointed.
This holiday season, it is time to sit back and relax while watching your favorite television shows on Netflix.
Ryan Gosling will next be seen in The Fall Guy, co-starring Emily Blunt. Directed by David Leitch and written by Drew Pearce, the film is an adaptation of Glen A Larson's 1980s TV series of the same name.
By: Muhammad Mazhar, Farah Andleeb, Iqra Imran, Alina Manzoor, Saima Altaf, Muhammad Amir Rafiq, Muhammad Nasir Rasul
In the current study, it is aimed to scrutinize the physical properties of LiBeX (X = Sb, Bi) compounds in detail. Density-functional-theory-based WIEN2k and the Vienna Ab initio Simulation Package, employing the generalized gradient approximation of Perdew–Burke–Ernzerhof, Wu–Cohen, and Tran–Blaha-modified Becke–Johnson (TB-mBJ) exchange-correlation schemes, are utilized to better validate the outcomes. The compounds exhibit energetic, lattice dynamic, and mechanical stability. Electronic structure calculations using the TB-mBJ functional reveal indirect bandgaps of 1.007 eV for LiBeSb and 0.789 eV for LiBeBi compounds, respectively. The partial charge distribution in the highest occupied molecular orbital and the lowest unoccupied molecular orbital discloses maximum charge localization around the X site. The examination of the crystal orbital Hamilton population reveals the strongest Be X bonding interactions among the bonding pairs. The physio-mechanical properties indicate brittle and mechanically anisotropic behavior of both compounds, with covalent bonding characteristics. The comparative analysis suggests that the TB-mBJ potential is suitable for bandgap calculations due to its close alignment with experimental results. Additionally, the optimized results for these compounds indicate their potential for use in optoelectronic devices, such as visible to ultraviolet sensors and photovoltaics. The determined properties are consistent with previous theoretical findings.
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