Day: July 28, 2025

A court in Tashkent has sentenced four men in connection with the deaths of Russian journalist Inessa Papernaya and her companion, Maxim Radchenko, who died of carbon monoxide poisoning at a city hotel in October 2024. The verdict was reported by a RIA Novosti correspondent present at the hearing.

The incident occurred at the Karaman Palace Hotel on October 22, 2024. Papernaya, 47, and Radchenko died alongside an unidentified Uzbek man found in a separate room. Investigators concluded that gas entered the hotel’s ventilation system following a pool cleaning, leading to fatal carbon monoxide exposure. However, none of the hotel’s promotional materials mention a swimming pool, and some sources explicitly state that the facility does not have one. A worker involved in construction at the site confirmed the absence of a pool.

Forensic analysis revealed the presence of carbon monoxide bound to hemoglobin in Papernaya’s blood.

The Yakkasaray District Criminal Court opened proceedings on May 26, after the investigation concluded in late April. The four defendants were charged with providing services that failed to meet safety standards and operating without proper authorization, crimes punishable by up to 12 years in prison.

Judge Bahodir Kayumov found hotel owner Azamat Khuzhakulov guilty under Part 4, Article 186 of Uzbekistan’s Criminal Code. He was sentenced to eight years and one month in prison.

The three co-defendants, plumber Nodirbek Kurbanov and heating equipment vendors Zayniddin Jamoliddinov and Abdurashul Yusupov, were each sentenced to three years in prison. Prosecutors had sought sentences of seven to eight years.

The court also ordered compensation payments: 67.58 million UZS (approximately $5,358) to Papernaya’s family and 60.68 million UZS (approximately $4,811) to Radchenko’s relatives. The payments will cover expert examination fees and the repatriation of the victims’ remains.

All four men have ten days to appeal the verdict.

During the trial, Khuzhakulov admitted partial guilt. The other three defendants denied any wrongdoing. According to the indictment, the deaths resulted from a faulty, outdated boiler that had not undergone technical inspection, lacked certification, and should have been decommissioned in 2021.

Inessa Papernaya was a veteran journalist who worked for several major Russian media outlets. She was an editor at Lenta.ru and deputy editor-in-chief at Profil magazine. She also collaborated with the Center for Strategic Research, a Moscow-based think tank specializing in economic policy and long-term strategy development. Her death has fueled speculation and conspiracy theories in segments of the Russian media.

Researchers at Al-Farabi Kazakh National University have developed a mobile unit capable of processing and storing agricultural products for up to 50 years. The unit, named “Dayar 20,” utilizes freeze-drying technology and is designed to be transported directly to fields and orchards, an essential advantage for remote agricultural operations.

Takeaway Food with a Half-Century Shelf Life

The underlying technology is lyophilization, which involves removing water from frozen products by evaporation under low pressure. The process allows food to retain its taste, color, aroma, shape, and nutritional content.

“Products dried using the Dayar 20 unit remain usable for a long time, retaining their taste, color, smell, shape, and vitamins,” said project manager Yerbol Ikhsanov, PhD in chemistry.

The unit can process a variety of goods, including fruits, vegetables, meat, dairy products, and ready-to-eat meals. Shelf life ranges from three years at room temperature to 10 to 50 years when vacuum-sealed. The innovation is expected to improve the sustainability of Kazakhstan’s agricultural sector and enhance its export potential.

Breakthrough in Hydrogen Production

This is not the only recent scientific achievement in Kazakhstan. Researchers at the Institute of Combustion Problems have developed a reactor that decomposes hydrocarbon gases into hydrogen and carbon using low-temperature plasma, without the need for catalysts and with minimal energy input.

Inside the plasma reactor, gases are heated to temperatures between 1,800 and 2,700 °C, triggering pyrolysis. The result is hydrogen with a purity of up to 98.9% and technical carbon. Notably, scientists also identified giant carbon nanotubes, up to 100 nanometers in diameter, within the by-product. These nanotubes are considered a promising material for super-strong fibers and composites, far exceeding typical size expectations under normal conditions.

The method offers nearly 100% efficiency in hydrocarbon recycling and significantly accelerates hydrogen production.

Kazakh Anti-Cancer Drug Shows Early Promise

In another separate development, Kazakh scientists have made progress on an anti-cancer drug that has yielded promising results in early clinical trials. Dos Sarbasov, Vice President of the National Academy of Sciences, reported that tumor growth had ceased in six patients and shrank by 30% in one case.

“After the first dose of the drug, the condition of fifteen cancer patients stabilized, and in six of them, the tumor stopped growing,” Sarbasov said.

The drug targets cells that actively absorb glucose and has shown no signs of toxicity. Clinical testing began two years ago and has already passed two phases. The trials, conducted at the Kazakh Institute of Oncology and Radiology, are expected to conclude within the next two to three years. The drug has received international patent protection.