Shraddha Kapoor’s Juhu residence, located overlooking the sea, is a blend of vintage charm with modern comfort. The spacious apartment, owned by her father Shakti Kapoor, showcases family memories, artistic decor and nature-inspired spaces. From the cozy reading nook to the ocean-themed bathroom, the home reflects the actress’ personal style and connection to her roots.

shraddha kapoor She lives in a spacious sea-facing apartment in Juhu, Mumbai with her father Shakti Kapoor, mother Shivangi Kapoor, brother Siddhant Kapoor and their Tibetan terrier Shiloh. The actor’s home reflects a blend of old-world charm, sweet family memories and modern comfort. From large windows and cozy corners to artistic furniture and nature-friendly spaces, the apartment gives fans a closer look at the actor’s personal style beyond films like ‘Aashiqui 2’, ‘Haider’, ‘Ek Villain’ and ‘Rock On 2’.

Shraddha Kapoor’s house and price

According to NoBroker, Shraddha Kapoor’s house is in Juhu, Mumbai. The apartment has long been associated with the Kapoor family and many of its rooms offer sea views. The report states that Shakti Kapoor had bought his first apartment in this building several years ago for Rs 7 lakh. At that time he had only one apartment. Over the years, he expanded the family and now owns the entire floor.Shraddha Kapoor, who often shares glimpses of her home on Instagram, has shown off bits of the apartment through workout posts, reading photos and moments spent with her pet. During the COVID-19 lockdown, he also shared glimpses of his daily life, including feeding birds and using bamboo brushes instead of plastic.

Interior and decoration of Shraddha Kapoor’s house

The living areas in Shraddha’s home have a vintage-meets-modern mood. Beige marble floors, glass-topped tables and mustard seats create a warm atmosphere for family time and gatherings. The home also features floor-to-ceiling windows, wooden sculptures, a sea-facing nook and portraits of his parents, Shakti Kapoor and Shivangi Kapoor. A large cabinet displays the family’s trophies and achievements. The dining area features a glass table that seats eight with carved wooden chairs and ivory upholstery. The space also includes a metal-wood paneled ceiling, a large clay vase and a white Buddha statue.Plants and bird feeders hang in a quiet corner of the house. Shraddha uses this space to feed the birds and connect with nature while enjoying the ocean view and palm trees outside. Her bedroom highlights her love of memories. Childhood photos in various frames line the walls, while a dark wood workstation holds books, trinkets and memorabilia. Soft toys, including unicorns, cute dogs and teddy bears, add a playful touch. The bathroom is based on a sea-inspired theme with stone mosaic tiles in shades of brown, yellow and orange. Sea-themed accessories, including a seahorse brush holder and a seashell-textured mug, complete the look.The apartment also has a cream-toned backdrop which Shraddha uses for the outfit photos. With a blend of family history, sea views, art, nature and comfort, the Juhu home reflects Shraddha Kapoor’s simple yet stylish lifestyle.

Shloka Pandit Recently she took a trip down memory lane by sharing a rare old picture of her father, renowned musician Pandit Dinesh, with the global pop icon. michael jackson. The heartfelt post immediately gained attention online, not just for the image but because of the emotional note attached to it, which revealed a lesser-known chapter of Indian music history.

Shloka Pandit’s emotional tribute to her father

Along with the picture, Shloka wrote a deeply personal caption, highlighting her father’s quiet but remarkable achievements. He wrote, “Dad, although you wanted to be private about your achievements. You are literally the only Indian artist to have collaborated with MJ on his last album before his demise. You not only worked with him but also shared a lovely working relationship with him and spent a lot of time in Bahrain. I wish the world could hear what you’ve created! Maybe one day 🤞🏻.”He further said, “You have never been a person who has never needed or wanted external validation. That is what mother, sister and I respect about you the most. But this moment needed a post.🫡🙏🏻🧿🫶🏻❤️”.

Who is Pandit Dinesh?

Pandit Dinesh is a renowned musician and percussionist known for his mastery of Indian rhythms. Proficient in musical instruments such as tabla and conga drum, he has carved a niche for himself in both the Indian and international music circuits. Over the years, he has collaborated with many global artists and groups, including DJ Luck and MC Neat, The Outhere Brothers, West India Company, Dizrhythmia, The Pax Trio and Blankmange, showcasing his versatility across a variety of genres.

Shloka Pandit’s artistic roots

Shloka Pandit herself comes from a distinguished musical lineage. She is related to Padma Vibhushan awarded famous Indian classical singer Pandit Jasraj of Mewati Gharana, who was her mother’s uncle. Before making her Bollywood debut with ‘Hello Charlie’, Shloka also worked in international cinema with an Iranian short film titled ‘The Persian’ directed by Jeffrey Goldberg. The film revolves around a man who returns to Mumbai after serving a sentence in a French prison, but a changed world awaits him.

New interest amid release of ‘Michael’

Interestingly, Shloka’s post comes at a time when global interest in the King of Pop has been rekindled with the release of his biopic ‘Michael’ starring Jaffer Jackson. The film revisits the life and legacy of the iconic singer, making stories like Pandit Dinesh’s collaboration with him even more attractive to fans around the world.While much of Pandit Dinesh’s work with Michael Jackson remains unheard by the public, Shloka’s post has sparked curiosity and admiration, pointing to a hidden musical treasure that many hope will one day come to light.

Scientists have created tiny “optical tornadoes” using a surprisingly simple setup based on liquid crystals – swirling rays of light that spin like miniature tornadoes. Instead of relying on complex nanotechnology, the team used self-organized structures called taurons to trap and manipulate light, causing it to spiral and rotate in complex ways.

WARSAW: Scientists have created tiny “optical tornadoes” using a surprisingly simple setup based on liquid crystals – swirling rays of light that spin like miniature tornadoes. Instead of relying on complex nanotechnology, the team used self-organized structures called taurons to trap and manipulate light, causing it to spiral and rotate in complex ways.Even more impressively, they achieved this effect in the most stable, lowest-energy state of light, making it much easier to generate laser-like beams with these unusual properties.Can light spin like a tornado? Researchers have now shown that this can happen. Scientists from the Faculty of Physics of the University of Warsaw, the University of Military Technology and the Institut Pascal CNRS of the University Clermont Auvergne have created an “optical tornado” spinning inside an extremely small structure.The advance points to a new way to fabricate miniature light sources with complex shapes, which could support simpler and more scalable photonic devices for optical communications and quantum technologies.“Our solution connects many areas of physics, from quantum mechanics through materials engineering to optics and solid-state physics,” explains the leader of the research group, Professor Jacek Szczytko of the Faculty of Physics at the University of Warsaw.“The inspiration came from systems known from nuclear physics, where electrons can occupy different energy states. In photonics, a similar role is played by optical traps, which confine light rather than electrons,” Szczytko said. What is an optical vortex?“You can think of it as an optical vortex,” says the study’s first author, Dr. Marcin Muszynski of the Physics Faculty of the University of Warsaw and the Physics Department of the City College of New York.“The light wave rotates around its axis, and its phase changes in a spiral manner. In addition, the polarization – the direction of oscillation of the electric field – also begins to rotate,” Marcin said.These structured light states are attractive for applications such as quantum communications and controlling microscopic objects. However, their production usually requires complex nanostructures or large experimental systems. Liquid crystals provide a simple wayThe team chose a different strategy. “Instead of building complex systems, we used a liquid crystal, a material that has properties intermediate between a liquid and a solid. Although it can flow like a liquid, its molecules arrange themselves in an ordered way, maintaining a fixed orientation and relative position, like crystals,” explains Joanna Medrzycka, a nanotechnology student at the Faculty of Physics of the University of Warsaw, who together with Dr. Eva Otten of the Military University of Technology prepared liquid crystal samples.Special defects called torsions can form within this material. “They can be imagined as tightly twisted spirals, similar to DNA, along which liquid crystal molecules are arranged. If such a spiral is closed by connecting its ends in a donut-like ring, we obtain a toron,” explains Medrzycka. “These structures act as microscopic traps for light. An important step was to create a magnetic field equivalent to that for photons. Although light does not respond to magnetic fields like electrons do, similar behavior can be achieved for light by other means.” A “synthetic magnetic field” for light.“Spatially variable birefringence, i.e. the difference in propagation of different polarizations of light, acts like a synthetic magnetic field,” explains Dr. Piotr Kapuscinski of the Faculty of Physics at the University of Warsaw. “We call it ‘synthetic’ because its mathematical description resembles the behavior of a magnetic field, even though physically it is not there. As a result, the light begins to ‘bend’, much like electrons rotating in cyclotron orbits.“To strengthen the effect, the toron was placed inside an optical microcavity, a structure made of mirrors that repeatedly reflect light and confine it for long periods of time. “It makes the field very strong,” says Dr. Muzynski. “Additionally, we can control the size of the trap and thus the properties of the light using an external electrical voltage.” Stable light vortex in the ground state. The most surprising result came next.“In typical systems, the orbital angular momentum carrying light appears in the excited state,” said Prof. of the Université Clermont Auvergne and CNRS. Guillaume Malpuech explains, who Prof. Together with Dmitry Solnyshkov and post-doc Daniil Bobilev developed a theoretical model of the phenomenon. “For the first time, we managed to achieve this effect in ground conditions, i.e., Lowest energy state. This is important because the ground state is the most stable and easiest to store energy.““This makes lasing much easier to achieve,” Professor Szczytko insists. “Light naturally ‘chooses’ this condition because it is associated with the least damage.”To confirm this, the researchers introduced a laser dye into the system. “We achieved light that not only rotates but also behaves like laser light: it is coherent and has a well-defined energy and emission direction,” says Dr. Marcin Muzynski.Towards simple photonic and quantum technologies“It is interesting that our approach draws inspiration from very advanced theories involving so-called vector charges,” says Professor Dmitry Solnyshkov.“This discovery opens a new path to creating miniature light sources with complex structures. “It shows that instead of relying on complex nanotechnology, we can use self-organized materials,” concludes Professor Victor Pasek of the University of Military Technology. “In the future, this could enable simpler and more scalable photonic devices, for example for optical communications or quantum technologies.“

(Image credit: Instagram)

Cricket was always considered the main event in the IPL, but when Anushka Sharma On the stadium benches, the spotlight will definitely be on them. Sitting in the stands at the RCB vs GT clash, the ‘Sultan’ girl gave a masterclass in low-key luxury. She wore a simple white top, showing effortless chic, accompanied by a Cartier watch worth millions, adding strength.For the match, she sat in the audience and wore a white ruffle-sleeve top by Cézanne, which featured embroidered long sleeves, a statement neckline, pretty lace detailing on the sleeves and a subtle button closure at the front. Exuding high comfort with pure elegance, this simple yet powerful piece came with a hefty price tag of Rs 17,000.

(Image credit: Instagram)

She paired this look with fitted high-waist denim jeans and minimal bracelets, and then she came out with the big guns. The diva wore a Panthere de Cartier watch from her personal collection created in the 1980s. Since then, it has become a face of quiet luxury in the elite market.Its ultra-flexible structure echoes the movements of the maison’s symbolic animal. This timeless watch is a statement fashion icon for women who are known for their bold style. Dazzled in 18K yellow gold, the crown comes with a set of blue sapphires, comprising a silver dial with blue steel and sword-shaped hands.