Nikita Sharma

A man takes a long knife out of a cloth bag and furiously starts attacking a nurse at a hospital, shows a horrifying video which is now in wide circulation on social media. The incident happened in Karnataka's Belagavi town on October 30.

In the video, a woman, who is reportedly a social media influencer, is seen entering the temple and performing rituals before she goes on to cut a cake inside the temple and offer the first slice to the deity. The incident reportedly happened last Friday.

A woman took her birthday celebration to Varanasi's Kaal Bhairav temple and recorded a video of her cutting a cake in the sanctum sanctorum. The video, now in wide circulation on social media, is receiving sharp criticism.

Rahul Bhasin, the main accused, would have regular arguments with Ranjeet Chauhan over parking, according to news agency PTI. Owing to one such argument, he decided to set Mr Chauhan's car on fire with his friends. The entire incident was caught on CCTV.

Footage of a mudslide in the aftermath of Cyclone Fengal in Tamil Nadu's Tiruvannamalai town has emerged. The video shows a mix of mud, water, and debris gushing heavily down a stairway and also entering homes of the people.

The incident reportedly sparked protests by the students on campus on Thursday. Some students alleged that this is not the first time the teacher has harassed a student.

Israeli Prime Minister Benjamin Netanyahu said the overthrow of Bashar al-Assad in Syria was a "historic day in the... Middle East" and the fall of a "central link in Iran's axis of evil".

The institute has digitally captured 5,132 sections of the foetal brain for the first time in the world, using the cutting-edge brain mapping technology developed at their Sudha Gopalakrishnan Brain Centre.

Political strategist-turned-activist Prashant Kishor on Friday said "one nation one election" could be beneficial for the country provided the move was initiated with good intentions.

The advent of unique high-entropy oxides has sparked substantial research interest due to their exceptional functional properties, which often surpass the mere sum of their constituent elements' characteristics. This paper introduces a complex high-entropy spinel oxide with composition ( N i 0. 2⁢ M g 0. 2⁢ C o 0. 2⁢ C u 0. 2⁢ Z n 0. 2) ( M n 0. 6 6⁢ F e 0. 6 6⁢ C r 0. 6 6) ⁢ O 4. We performed comprehensive structural (x-ray and neutron diffraction), microstructural, magnetic, and local electronic structure investigations on this material. Despite the material's high degree of disorder, detailed magnetization measurements and low-temperature neutron powder diffraction studies reveal long-range ferrimagnetic ordering beginning at 293 K. The sample exhibits a high saturation magnetization of 766 emu/ (at 50 K), a low coercivity ( ) of 100 Oe (50 K), a high transition temperature ( ) around room temperature, and high resistivity value of 4000 ohm-cm at room temperature, indicating its potential for high-density memory devices. The magnetic structure is determined using a collinear-type ferrimagnetic model with a propagation vector k = 0,0,0. Various analytical techniques, including modified Arrott plots, Kouvel-Fischer analysis, and critical isotherm analysis, are employed to investigate the phase transitions and magnetic properties of this complex system. Our results indicate a second-order phase transition. Remarkably, despite the complex structure and significant disorder, the critical exponents obtained are consistent with the mean field model. The high entropy leads to a remarkably homogeneous distribution of multiple cations, validating the approximation of average local magnetic environments and supporting the mean field theory.