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For the first time, the US Navy has deployed an uncrewed surface vessel (USV), or a sea drone, alongside a carrier strike group (CSG), accelerating the integration of cost-effective autonomous systems into high-end naval operations.
Speaking at an Army conference in Washington, DC, on October 14, 2026, the Acting US Navy Secretary Hung Cao announced that the Navy has deployed a Leidos USV with the USS Theodore Roosevelt Carrier Strike Group (CSG) headed to the Middle East.
“Right now, the Roosevelt carrier strike group just deployed on Oct. 8 with a medium-sized unmanned surface vessel,” Cao noted.
“This is the first carrier strike group to ever deploy with a large-sized unmanned surface vessel, and this is a force multiplier. Imagine having more guns out there,” he added. Notably, Cao did not name the sea drone, but media reports citing informed officials identified it as the Leidos Seahawk, a 145-ton, 42-meter-long medium USV reportedly built to sail long distances uninterrupted for months
Leidos describes the Seahawk as a medium-displacement unmanned surface vessel (MD-USV) with a composite trimaran hull. It is roughly 135–137 feet long, with a full-load displacement of about 145 tons, and a fuel capacity of around 14,000 gallons.
It is designed for extended autonomous operations with limited human intervention and uses Leidos’ Autonomous Vessel Architecture (LAVA) for navigation, perception, collision avoidance (COLREGs-compliant), and other functions.
“Seahawk is substantially larger than other US Navy USVs and has significantly increased capabilities compared to smaller USVs in terms of range, seakeeping, and payload capacity. Seahawk is designed to operate with minimal human involvement, providing a forward-deployed, rapid-response asset in the global maritime surveillance network,” Leidos stated.
The company reportedly delivered the Seahawk USV to the United States Navy in 2021.
The Seahawk will likely conduct electronic warfare missions and information, surveillance, and reconnaissance (ISR) operations rather than serve as an armed combatant. Notably, the carrier’s deployment to the Middle East comes as US President Donald Trump weighs fresh strikes on Iran.
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Earlier this month, he told Time magazine that the US military could ramp up bombing of Iran after the November 3 midterm elections.

The arrival of the USS Roosevelt would bring the number of American aircraft carriers available in the region to three by late October, joining the USS George H.W. Bush, USS George Washington, and the USS Boxer Amphibious Ready Group.
As for the Leidos USV, the Navy had already practiced at-sea refueling with the Seahawk vessel and integrated it during this year’s Rim of the Pacific exercise. However, moving this unmanned system from trials into real-world operations could mark a crucial step in shaping the US Navy’s future strategy.
The presence of the large autonomous vessel in a carrier strike group marks an important step in the US Navy’s future operations. Interestingly, it comes amid a growing presence of uncrewed systems in the ongoing Middle East conflict.
In June 2026, for instance, a Saronic Corsair drone boat operated by the US Navy’s Task Force 59 was used to locate and rescue two crew members after an AH-64E helicopter went down near the Strait of Hormuz.
This first-of-its-kind rescue mission involving sea drones took about two hours, as the EurAsian Times reported at the time.
Separately, the US Navy used one-way attack sea drones in combat for the first time in July 2026 to strike coastal Iranian military targets.
The US Navy has admitted that unmanned vessels have been extensively deployed in the clearance of mines from the Strait of Hormuz, which has remained under a de facto closure imposed by Iran for over seven months.
These incidents signal a broader appetite within the US Navy to delegate crucial combat tasks to unmanned vessels.
For example, although CSGs are the centerpiece of American naval power projection, adversaries also view them as high-value targets. Therefore, introducing a USV could let the Navy deploy a medium-sized autonomous vessel closer to threats at sea, keeping sailors out of the danger zone.
Moreover, adding a USV to the carrier strike group would enhance the US Navy’s sensor coverage and maritime awareness, reducing dependence on crewed vessels.

Cao’s remarks about having more firepower likely reflect the US Navy’s broader strategy to integrate uncrewed vessels with heavy ships.
In February this year, the Chief of Naval Operations, Adm. Daryl Caudle, presented his “Fighting Instructions” framework, outlining plans to employ a “hedge force strategy” that aims to leverage unmanned technology and develop a range of tailored options that fall outside the scope of the conventional carrier strike group model.
Since the specifics of this strategy and its structure are currently still being worked out, the deliberate pairing of medium USVs with carrier strike groups may be an early expression of the approach Caudle underscored. The USV’s performance with the Theodore Roosevelt group could potentially inform how subsequent strike groups are configured, accelerating the path toward more medium USVs in the fleet.
The US Navy’s increasing integration of sea drones into established combat practices may have been influenced by Ukraine’s use of these systems to decimate the Russian Navy.
Ukraine has emerged as a pioneer in sea drone technology, showing how relatively simple, affordable technology can neutralize expensive naval assets. In fact, Iran itself has extensively deployed these vessels to launch frequent operations against the US as well as the tankers trying to transit the Hormuz Strait in violation of the Iranian blockade.
The US, for its part, wants to leverage the asymmetric advantage of autonomous systems in combat when facing adversaries that can threaten its state-of-the-art warships.
If the Seahawk demonstrates reliable integration, endurance, and utility, it may accelerate the Navy’s ability to field hybrid strike groups that combine the decisive power of a carrier air wing with the distributed, lower-risk presence of autonomous vessels.
This assessment may, in turn, inform strategies for combat in other, more contested theatres, such as the Indo-Pacific, where the US faces a Chinese threat.
With a smaller but more advanced fleet, the US can use large numbers of attritable unmanned platforms for sustained surveillance, chokepoint control, and harassment without tying down manned ships.
Against that backdrop, lessons from this first operational pairing may shape concepts of operations (CONOPS), help tailor force packages, and inform the broader shift toward distributed maritime operations, all of which are meant to complicate targeting in a contested environment by near-peer adversaries.
The post First Time — A U.S. Carrier Strike Group Sails with a Medium USV as USS Roosevelt Leads the Way appeared first on EURASIAN TIMES.
With the GlobalEye, Swedish defense manufacturer Saab has transformed the sleek, long-range luxury business jet into a cutting-edge airborne early warning and control (AEW&C) platform, creating one of the most remarkable transformations in military aviation.
Amid the global surge in GlobalEye’s popularity, Saab unveiled the first AEW&C aircraft for the Swedish Air Force (SwAF) on October 15.
The AEW&C aircraft will give the Air Force long-range surveillance capability, strengthen its operational picture across the air, land, and maritime domains, and bolster its overall combat capability.
“The presentation of Sweden’s first GlobalEye marks an important milestone for both Saab and the Swedish Armed Forces. As the program progresses towards delivery, GlobalEye will provide Sweden with a powerful capability for airborne surveillance and situational awareness,” Micael Johansson, President and CEO of Saab, said in the official statement.
The Swedish Defense Materiel Administration (FMV) ordered two GlobalEye AEW&C aircraft for about SEK 7.3 billion ($738.2M) in June 2022, making it the second customer after the UAE. Later, in 2024, it exercised an option for a third aircraft after it donated its older Saab 340-based ASC 890 aircraft to Ukraine.
The manufacturer says the newly unveiled aircraft will now enter testing and verification before its first flight and delivery to the customer. Deliveries of these jets are expected to begin in 2027 and could conclude by or before 2029.
To speed the aircraft’s introduction into the Swedish Air Force, Saab is expected to deliver the first two GlobalEyes in an interim configuration and later upgrade them to full capability, while the third will arrive in the final configuration. However, neither Saab nor the Swedish Air Force has yet publicly detailed the differences between the two standards.
Notably, the unveiling of GlobalEye comes amid a rapid surge in orders.
For example, 11 NATO states announced in July 2026 that they would jointly procure Saab GlobalEye aircraft as NATO’s new Airborne Warning and Control System (AWACS). Meanwhile, France ordered the aircraft in December 2025, and Canada and the Netherlands are also moving quickly toward a purchase.
Saab also announced in late July 2026 that an undisclosed Middle Eastern state had ordered the GlobalEye, as the EurAsian Times reported. Although Saab has not officially disclosed the latest customer, it offered the aircraft to Saudi Arabia and Qatar last year.
GlobalEye’s success is striking: it is one of modern military aviation’s most ambitious conversion projects, transforming Bombardier’s ultra-long-range Global business jets into a multi-domain surveillance aircraft.

By the mid-2010s, Saab had decades of experience with its Erieye radar family, which had flown successfully on platforms such as the Saab 340 and Embraer R-99.
However, there was a catch: typically, these traditional AEW&C aircraft were large platforms with rotating rotodomes. This meant that although they were powerful, they were also expensive to operate. Furthermore, they required long runways and were becoming increasingly vulnerable in modern threat environments.
To simplify things, Saab scrambled to find a platform that offered superior capability at a lower cost. In the process, it concluded that a “high-performance business jet” offered higher altitude, endurance, and speed; lower operating costs; and the ability to operate from shorter runways. The company needed a platform that could carry a large, advanced radar while providing excellent crew conditions for long missions.
Interestingly, Saab’s previous surveillance platforms, such as the Saab 340, Saab 2000, and the Embraer R-99, had one thing in common: they were regional commercial or military-derived airframes, not high-end luxury business jets. However, with the GlobalEye contours now planned, Saab turned to the Global 6000 family of luxury business jets.
“Saab’s engineers and technical experts searched comprehensively for the best platform on which to build GlobalEye. Saab’s decades of engineering know-how led them to the Bombardier Global 6000 and 6500 business jet aircraft platforms. These jets are optimally sized with class-leading flight range and endurance,” the manufacturer says on its website.
At the Dubai Air Show in November 2015, the UAE announced a $1.27 billion contract with Saab for two aircraft under what was then called the Swing Role Surveillance System (SRSS), the program that became GlobalEye.
With this, the UAE became the launch customer for this now-coveted surveillance jet, and Saab officially launched the GlobalEye program in February 2016. The deal with the UAE reportedly covered two Bombardier Global 6000 business jets, which Saab would extensively modify with the new Erieye ER radar and other sensors. At the time, Emirati officials noted that they chose the Global 6000 after “a huge evaluation of different platforms.” The platform decision was part of the contract announcement itself.
The Global 6000 and Global 6500 were already ultra-long-range, twin-engine business jets designed for intercontinental VIP travel. These aircraft offered about 6,000 to 6,600 nautical miles of range, high cruise altitudes, and modern avionics.
Saab recognized that, with the right modifications, they could become ideal special-mission platforms.
Bombardier, a Canadian business jet manufacturer, delivered the Global 6000 or 6500 airframes to Saab in Linköping, Sweden, where they were transformed into one of the world’s most advanced surveillance aircraft.

Saab now describes the GlobalEye as a sophisticated, multi-domain AEW&C system that uses a variety of active and passive sensors to detect and identify objects long-range on land, at sea, and in the air.
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It improves situational awareness and enables early threat detection by providing Air Force, Army, and Navy units with access to real-time information. According to Saab, the GlobalEye “combines excellent flight performance with low maintenance costs” and can remain airborne for over 11 hours.
Saab’s Erieye ER radar, which delivers a significant performance leap over earlier Erieye versions using gallium nitride, is at the heart of this early warning aircraft. It reportedly increases the detection range by 70% against challenging targets.
Furthermore, even though Saab classifies this aircraft as an AEW&C, the Leonardo Seaspray 7500E radar and the FLIR (Forward Looking Infrared) Systems Safire electro-optical system, installed in pods beneath the fuselage, enable it to conduct both land and sea surveillance.
The system can identify small targets, like drones, and offer ground-moving target indication (GMTI), which is essential in contemporary warfare, particularly in the Middle East, where the usage of inexpensive, one-way attack drones has been observed to increase exponentially.
Moreover, GlobalEye excels at identifying low-observable, stealthy threats such as drones and ballistic and hypersonic missiles, even in contested environments with heavy electronic jamming.
GlobalEye can collect, analyze, and distribute data to all authorities and resources, including airborne forces. It also facilitates efficient information exchange between platforms. It can also manage and guide other assets, such as fighters, and direct them on when and where to act—a critical requirement in modern, networked combat.
GlobalEye succeeds by combining proven commercial airframe efficiency with Saab’s expertise in radar, systems integration, and multi-domain operations.
Compared with many larger dedicated advanced early warning platforms, it offers lower lifetime costs, greater operational flexibility, and the ability to produce a comprehensive real-time image for national authorities and combined forces, whether in high-intensity war, crisis response, or peacetime monitoring.
It wouldn’t be an exaggeration to say that developing the GlobalEye has allowed Saab to re-enter the global AEW market, building on the success of its previous early warning aircraft.
More importantly, what began as a luxury business jet for executives has become one of the most capable and sought-after airborne surveillance systems of its generation, thanks to Saab’s vision and engineering.
The post How Saab Turned Luxury Business Jet into Cutting-Edge AEW&C Aircraft as Sweden Unveils First GlobalEye appeared first on EURASIAN TIMES.
Sofia Rosenfeld has spent her life studying Arctic birds: traveling on expeditions to the Far North, following flocks of geese in a seaplane, and fighting to protect rare species. Now one of Russia’s leading ornithologists, a Doctor of Sciences in Biology, has been sentenced to three and a half years in a penal colony — for two 1,000-ruble donations to the Anti-Corruption Foundation (FBK). Rosenfeld partially admitted guilt: she explained that she had been unable to cancel the recurring payments because she was on an expedition without communications. T-invariant explains why the scientist refused to leave Russia, how the trial unfolded, and what Russian science stands to lose.
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Fifty-year-old Sofia Rosenfeld was taken into custody in the courtroom of Moscow’s Gagarinsky District Court. The scientist was accused of financing an “extremist” organization over two transfers of 1,000 rubles each, sent to the Anti-Corruption Foundation in August and September 2021. The FBK was designated an extremist organization in August 2021, after which donations to the foundation began to be treated as possible financing of extremist activity. The charge carries a range of penalties, from a fine and forced labor to three to eight years in prison.
Prosecutors asked for Rosenfeld to be sentenced to five years in a penal colony. She admitted guilt only in part: “I categorically reject the idea that, first, I share extremist views and, second, that I acted with criminal intent. When I decided to start supporting the FBK, I was motivated solely by the desire to fight corruption. I believe any public support in that struggle is needed. Even in my own work, in scientific research and conservation, I have seen the monstrous forms this evil can take. And it seemed to me that any help in fighting corruption was a good thing.”
Rosenfeld acknowledged that she had signed up for recurring donations to the FBK. When the foundation was designated an extremist organization, she was on a lengthy scientific expedition without communications; as soon as she returned, she canceled the subscription. Her lawyers submitted to the case file a letter in which Rosenfeld asked the foundation to stop the monthly payments. The court was not persuaded.
“They Put On Quite a Show”
Rosenfeld learned that a criminal case had been opened against her on December 5, 2025, shortly after returning from Israel, where she had been visiting her father.
“She was here with me in Israel. Sometime in the twenties of November, she went back to Moscow. Literally the next day, or the day after, they came to search her home and made her sign an undertaking not to leave. They did leave her passports, though — they just made copies,” Sofia’s father, Boris Rosenfeld, tells T-invariant.
During the search, law enforcement officers seized her phone and two laptops. Then came months of waiting. Rosenfeld continued to work and go on expeditions.
“The first hearing was scheduled six months later. But the witness did not show up, so it was postponed. The next one was postponed too. Then they read out the charges. Everything was very pleasant on the surface. Nice young women read the indictment; the wonderful investigator kept calling to ask how things were going, how her health was, what was new. It all seemed more or less decent. Nothing suggested that anything terrible was about to happen. Although I think everything had been decided long before. They put on quite a show,” recalls Sergei (name changed), a friend of Sofia Rosenfeld.
Before every hearing, Rosenfeld packed a bag in case she was taken into custody directly from the courtroom.
“She knew a real prison term was possible. But she thought a fine or forced labor was much more likely. Her lawyers thought so too. That was their mistake. I assume there are general instructions for cases like these. Recently, this has already been the third case in which women were given actual prison terms,” Boris Rosenfeld says.
“Of course there was stress. But for some reason we went into the final hearing feeling fairly relaxed. Just before that, they had even allowed her to go on an expedition beyond the Arctic Circle, to the Polar Urals, to tag musk oxen. Television did a report about her. She only got back on October 2,” Sergei says.
“The last time we spoke was a few weeks ago. She wasn’t making any plans; she was simply waiting to see what would happen next. The hearings came one after another, and she arrived at each one with her bag packed. But they kept being postponed. The last one ended with her being put in handcuffs,” Rosenfeld’s friend and former university classmate, science journalist Ilya Kolmanovsky, tells T-invariant.
According to Rosenfeld’s friends, the court was unhappy that she had admitted guilt only in part.
“The judge and the prosecutor were extremely unhappy that Sonya had only partially admitted guilt. Her situation was this: she is a field biologist and spends six months or more at a time on expeditions. Most of them are in the Far North, under field conditions, with only satellite communications. She had all the evidence showing that when the FBK was designated an extremist organization, she was away on an official expedition — the institute had confirmed it. But none of that mattered to the court. Her lawyer even asked: why is she the one being blamed? The banks processed the transfers while knowing that these payments had been deemed criminal, even though they are perfectly capable of blocking unwanted or suspicious transactions and routinely do so in other cases. Why are there no questions for the bank? The judge simply let that pass. You could see that long statements irritated him. It looked as though none of the defense arguments had any bearing on his decision: the instruction had already been given, and the circumstances of the case did not interest him,” says Anna (name changed), a friend of Sofia Rosenfeld.
“If she had admitted guilt in full, they might have knocked a couple of months off. There were three sentences like that this week. Before this, they had left women alone. I think now everyone is trying to prove their loyalty. I can see no other reason for such terrifying sentences, literally over ‘three ears of grain,’” Sergei says.
Rosenfeld is currently being held at Moscow’s Pechatniki pretrial detention center. She was not allowed to take her packed bag from the courthouse, so at first she was left without her personal belongings.
“Geese Are My Thing”
Sofia Rosenfeld is a Doctor of Sciences in Biology and a senior research fellow at the Russian Bird Ringing Centre of the Severtsov Institute of Ecology and Evolution of the Russian Academy of Sciences. She is one of the best-known specialists in Arctic waterfowl.
Rosenfeld has said that she knew she would become a biologist when she was five. She grew up in Moscow: her father, Boris Rosenfeld, is a mathematician; her mother was an engineer; and her grandfather, Iosif Rosenfeld, was an academician and a Doctor of Sciences in Chemistry. Sonya attended a French-language specialist school. In the late 1980s, the family moved to Israel, but a year and a half later, 15-year-old Sofia returned to Moscow.
“I did not think I had the right to keep a 15-year-old person somewhere by force. When we were leaving, she said she did not want to go. And really, why should she leave? Everything was fine: she had friends at school, and it was a good French school. Why the hell are you going anywhere at all? You have everything: an apartment, a car, jobs. I worked at the Academy of Sciences. And I told her: ‘Listen, we can’t leave you here alone. But if you want to come back, I won’t stand in your way.’ I promised her that. And a year and a half later she really did return. Of course we were worried, especially during the coup attempt. It was 1991. Yes, those were lively times. But afterward everything was fine,” Boris Rosenfeld recalls.
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“Her parents persuaded her to go for at least a year, just to see what life there was like. She went. And a year later she packed a suitcase and said, ‘I’m leaving. I don’t want to abandon my country at a difficult time.’ She came back, finished school, and entered the biology department. She is an extraordinarily determined person,” Anna says.
In Moscow, Sofia lived with her grandmother and aunt and, by her own account, was constantly bringing animals home. In addition to a dog, the apartment housed snakes, frogs, fish, and birds. In 1993, Rosenfeld enrolled in the biology faculty at Moscow State University, specializing in zoology.
“We met in our first year. I heard about her before I saw her: people in our cohort said there was an unusually remarkable person studying with us. It was obvious that there were students, and then there was someone you could already tell was a scientist. For her, science was a deep practice, a form of service,” Ilya Kolmanovsky recalls.
At university, Rosenfeld became interested in photography: she wanted to photograph birds in the Arctic. She also played guitar, studied languages, and competed professionally in show jumping. But Arctic birds had been her main passion since her student years.
“Geese are my thing. These birds amazed me because their social behavior is unique. Geese are like people. All geese, brants, and swans are monogamous; their pairs remain together for many years, sometimes for life. Young birds always make their first migration with their parents, who show them where to fly. Those family ties can also last for years,” she once explained.
Rosenfeld began going on field placements in the Arctic while she was still a student.
“She was the master of those immense open spaces, where there is not a single person for thousands of kilometers. She could go somewhere in Kazakhstan and sleep in a tent when it was minus 16 at night in spring. And then see 15,000 geese through binoculars that no one before her had seen. Make a discovery — find out that a huge population stops there during migration. She is a figure of enormous stature. From the first day, it was clear that she was dealing with something extraordinarily significant. And that is what inspires such deep respect in anyone who comes into contact with her,” Kolmanovsky says.
In 1998, Rosenfeld began postgraduate study at the Severtsov Institute of Ecology and Evolution of the Russian Academy of Sciences, where she has worked ever since. Her main research areas are the ecology and migration of waterfowl, as well as the conservation of migratory birds. During migration, birds travel tens of thousands of kilometers and cross the borders of countries with different conservation laws.
Since 2016, Rosenfeld and her colleagues have literally followed bird flocks in a homemade seaplane, photographing and counting them. The light aircraft can fly at roughly the same speed as the birds and can take off from and land on water, ice, and small clearings. The resulting data allow scientists to estimate population sizes, identify threats to their survival, and develop recommendations for the protection of migratory species.
“Sonya devoted her whole life to migratory birds. She literally flew after them in an airplane. She is an enormous expert in this field. That is the kind of person she is. There was no point talking politics with her. Of course she understood everything — all the terrible injustice around her. But her priority was migratory birds. That is what she lives for, and she can talk about nature for hours,” Andrei Rostovtsev, a friend of Sofia Rosenfeld’s father and co-founder of the independent online community Dissernet, tells T-invariant.
“She is a very well-known biologist. She worked on joint projects in the United States and Canada, and French researchers took part in her expeditions. She gave talks at all the most important conferences in her field. Sonya is devoted to wildlife conservation; she is a real patriot, not a fake one. She fought to keep every rare animal species in the Red Data Book and to remove exemptions from hunting laws. In the end, she managed to convince the State Duma that she was right. She is an extraordinary fighter,” Anna says.
Rosenfeld was the first to introduce systematic monitoring of migratory birds. Previously, their numbers had been estimated approximately: researchers counted individuals in a particular area and then extrapolated the figure to the whole territory. Accurate counts, however, are essential both for studying the spatial ecology of species and for preserving their populations, explains Alexandra Panyutina, a research fellow at Tel Aviv University’s School of Zoology: “Suppose you have a major gathering site for migratory birds on an ocean coast, and it is a key site. If something is disrupted there, it will affect bird populations across many countries, over an enormous area. Disrupting migration routes and stopover sites changes the distribution and abundance of a species. That is why research in this field is extremely important.”
Waterfowl are a difficult group to study: they are hunted, which affects population size and reproduction. Many species also live in remote northern regions where fieldwork is difficult.
“There is a strong Russian group working on shorebirds. And there are the people we used to call the ‘goose people.’ That’s it. Sonya is the intellectual architect of all this work on waterfowl. A person at her level cannot be replaced. She is the one who designs the research; the concept of the entire project exists in her head. You cannot replace her with a robot. Scientific niches do not automatically fill themselves when someone drops out. And an education alone is not enough — you have to understand the current realities of a specific problem and know who is doing what around you. And of course, in three and a half years no one will fill that niche,” Panyutina says.
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Sofia Rosenfeld had major plans for the coming months: filming a documentary titled Geese of Russia and working on an atlas of geese.
“It is a complete atlas, with descriptions, illustrations, and maps. Every species of goose found in Russia is supposed to be included. She left us all her contacts. We have to finish this work without her,” Sergei explains.
“You Can’t Study Geese from Prison”
Rosenfeld’s friends and colleagues say she categorically refused to leave Russia.
“There are things on which she is absolutely unbending. Leaving is one of them. For her it was completely non-negotiable. She understood all the risks, but nothing was more frightening than leaving and ending up unable to return to the subject of her research. Her science cannot be done anywhere else, because the species she studies live only in the Russian Arctic,” Kolmanovsky says.
Alexandra Panyutina tried more than once to speak to Rosenfeld about leaving Russia, but Rosenfeld avoided the subject.
“To me, the situation looked completely clear from the start. But throughout all this time I never managed to talk to her about it. She was very afraid of a provocation. Especially because her lawyers were telling her the outlook was optimistic: she was only under a travel restriction, and she was a woman and a Doctor of Sciences,” Panyutina says.
According to Panyutina, serious research on waterfowl migration can now be carried out in Russia and Canada.
“Until fairly recently, you could work freely in Russia. In most other countries, that is not the case. Scientists are hemmed in by restrictions on every side — any work requires an incredible number of permits, licenses, and special funding tied to specific tasks. And moving to another country is almost always a huge step down for a scientist. Here you are a leading specialist; there, broadly speaking, you are nobody. You start out as an assistant in someone else’s lab. No one is going to give you a laboratory from scratch. It is very difficult to earn the chance to conduct your own research. But then again, you can’t exactly study geese from prison either,” Panyutina emphasizes.
The administration of the Severtsov Institute of Ecology and Evolution of the Russian Academy of Sciences has not commented on Sofia Rosenfeld’s sentence.
“They gave her a good character reference in court. But after the sentence they decided that saving their own skin came first. I think, of course, they will fire her. How could they not, if she is not showing up for work? They will. Maybe they will wait for the appeal,” Boris Rosenfeld says.
Alexandra Panyutina does not have high hopes for the appeal. In her view, Rosenfeld’s case is far from the last example of the political persecution of scientists.
“Fortunately, the FSB has not come for biologists yet. In physics, things are already very bad. I do not know a single sane person who would choose to work on hypersonics today. You would have to be suicidal. In Sonya’s case, we cannot speak of her being persecuted as a scientist. We are talking about the persecution of a citizen who cares about the fate of her country. More than that, she became a victim of circumstances in the purest sense. When the FBK was banned, she was on a remote expedition without communications and physically could not only not cancel the donations — she could not even learn that they had been prohibited. As soon as she returned, she canceled all the payments. In other words, she did not violate the law currently in force in the Russian Federation. There is some hope that on appeal the court will take into account the major scientific significance of Sofia’s work and her important role in the Russian Academy of Sciences,” Panyutina says.
“It seems to me that today this state is devouring everything living, inside and out. The regime sees a threat in people who can put two and two together and are fairly uncompromising about it. Scientists have things they value above everything else: science, nature, geese, zoology. Many people can compromise; scientists can be extraordinarily stubborn in that respect. What will happen to Russian science next? I think its future is what the late ayatollah called a ‘jihad of knowledge’ — when every scientist must prove their usefulness to the Islamic Revolution in its struggle against the West. Now every scientist, every field of science, has to prove its usefulness in the war Russia has declared on civilization,” Kolmanovsky says.
According to Haaretz, Israel declined to intervene in Rosenfeld’s case, even though she holds an Israeli passport. After she was charged, she sought assistance from the Israeli Embassy in Moscow, but was told that the Israeli authorities could not intervene in decisions by Russian law enforcement because she also holds Russian citizenship.
The post A Bird That Wouldn’t Migrate: How Ornithologist Sofia Rosenfeld Was Sentenced to Three and a Half Years in a Penal Colony for Two Donations appeared first on Т-инвариант / T-invariant.