学警狙击

一 |     Lakshya has started shooting for Dharma Productions' upcoming film, Lag Ja Gale. Recently, reports were doing the rounds that The Ba***ds of Bollywood actor has joined hands with Janhvi Kapoor and Tiger Shroff for this film, and today, he took to social media to confirm the news. Lakshya took to Instagram's story section to share a photo of the clapboard with the film's name written on it.     He captioned the picture as, "Shubh Aarambh" in Hindi.     Take a look at his post:          Raj Mehta is helming Lag Ja Gale.     Earlier, Mid-Day had reported that the pre-production is done and over the weekend, the cast and crew will kick off the shoot in Mumbai. It will be a 20-day schedule. The same report also shared that Janhvi has been finalised as the female lead.     Meanwhile, Lakshya will also be seen in Dharma's film Chand Mera Dil with Ananya Panday. The shooting has begun and a couple of months back, some footages from the set went viral on social media. He will also reportedly be seen in Dostana 2, with Vikrant Massey. This year, Lakshya was seen in Aryan Khan's debut series, The Ba***ds of Bollywood.                    Talking of Tiger Shroff, he was last seen in Baaghi 4, which placed him back in his signature action space. He shared the screen with Sanjay Dutt, Harnaaz Sandhu and Sonam Bajwa, among others.Janhvi Kapoor, on the other hand, had three releases this year. She was seen in Homebound, which is selected as India's official entry for the Oscars 2026 in the Best International Feature category. She was also seen in Param Sundari and Sunny Sanskari Ki Tulsi Kumari. The actress now has Peddi with Ram Charan in the pipeline.     Also Read: REPORTS: Janhvi Kapoor, Tiger Shroff and Lakshya to come together for a new project?。    为了帮助实现这一目标，来自英国六所大学的小组将在西蒙斯天文台工作，该天文台位于智利阿塔卡马沙漠上方53000米的Cerro Toco。这个天文台有一个巨大的20英尺望远镜，以及三个可以测量宇宙微波背景的小型仪器。宇宙微波背景(CMB)本质上是我们宇宙诞生时留下的热量。但揭开宇宙最初时刻的秘密的探索不会就此停止。英国研究人员还将建造两个额外的望远镜，这应该有助于进一步提高天文台仪器的灵敏度。宇宙最初的时刻究竟是什么样子还不清楚，尽管随着宇宙的膨胀，它将迅速改变。这就是这项研究如此重要的原因。因为如果我们能够理解那些关键的最初时刻，也许科学家们可以更深入地了解宇宙在开始的那几秒钟之后如何继续形成。而且，从那里，也许像詹姆斯-韦伯太空望远镜这样的仪器可以比我们以前看得更深，特别是如果我们为这些数据开发出新的模型。最终，理解和重现宇宙最初的那些关键时刻，将是科学家们要克服的一个主要障碍。但是，如果他们能够做到这一点，它有可能解开关于我们宇宙的更多数据。

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