Pooja Malik

“ The new generative AI tool, developed by Meta Superintelligence Labs, enables users to create images from text prompts and will be available free across the company's platforms.

“ Business aviation is benefiting from a wave of new wealth generated by high-profile technology listings, with increased aircraft purchases and charter activity.

“ The investment manager has approved 17 private credit funds for its superannuation members following a 10-month industry-wide due diligence review aimed at strengthening investment governance.

“ European regulators have directed Meta to address design features they say encourage excessive platform use, including autoplay and infinite scrolling.

“ The brokerage upgraded the stock after highlighting Twilio's expanding role in powering AI-driven voice and customer engagement services.

“ By combining technology with broker distribution, Prospa reduced approval times and aligned lending with real business cash flow.

“ This case study examines TechnologyOne's transition from financial software provider to SaaS ERP company, highlighting its single-platform

Author(s) Ms. Pooja Malik Ms. Ankita Jayswal Dr. Amit Kumar Upadhyay Country India Abstract

“ A structured overview of Nanosonics, detailing its trophon platform, founder journey, revenue model, and global scale, with insights into

Entanglement distribution is the overarching purpose of quantum networks. While communication over long distances can use deployed fiber infrastructure, it requires photons in the telecom band. However, advanced quantum network nodes do not operate at such wavelengths. Here we overcome this limitation with two tailor-made low-noise quantum-frequency converters to distribute entanglement between a single atom and a resonant photon over 14 km line of sight via 24 km of a deployed commercial fiber. The photon at wavelength 780 nm is first entangled with the atom, then converted to the telecom S-band, and finally back-converted after propagation through the fiber. This link enables a photon transfer efficiency of 1.7% while affecting the atom-photon entanglement fidelity by less than 1%. This brings integration of atomic quantum nodes with existing long-distance fiber networks into reach, enabling novel applications in quantum information processing.