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Kazakhstan after Kurultai elections: Expanding opportunities for co-operation with the European Union

25 August 2026 at 14:17

Parliamentary elections on 23 August completed the formation of Kazakhstan’s new legislature — the Kurultai — the central element of the country’s renewed political system following constitutional reform. Seven political parties took part in the vote. Turnout stood at 74%.

The first convocation of the Kurultai has cemented the completion of the institutional transition and marked the country’s entry into a new political cycle.

Political reforms and their institutional foundations

The decisive factor enabling this far-reaching transformation of the political system has been President Kassym-Jomart Tokayev’s consistent course toward democratic renewal in Kazakhstan.

It was within this framework that constitutional amendments were initiated, the role of representative institutions expanded, political competition strengthened, and powers redistributed among the branches of government.

For European partners this carries particular significance: it demonstrates that the institutional overhaul was not ad hoc but systematic and phased, grounded in political will and a long-term reform strategy.

Kazakhstan in the architecture of engagement with the EU

For the European Union, Kazakhstan remains one of its key partners in Eurasia, primarily in the domains of energy, logistics, and raw materials.

The renewal of the institutional system enhances the predictability of engagement — a quality of particular importance for long-term European projects.
Energy Cooperation and Market Transformation
Energy continues to form one of the central pillars of Kazakhstan–EU relations.

Key avenues include:

  • securing stable hydrocarbon supplies;
  • advancing projects in hydrogen and renewable energy;
  • joint initiatives on decarbonisation;
  • expanding investment in green infrastructure.

Institutional stabilisation after the elections strengthens the durability of the contractual framework in the energy sector, while the new legislative structure facilitates the coordination of long-term economic initiatives.

Transport corridors and logistics

Special emphasis is placed on the development of the Trans-Caspian International Transport Route, which the EU regards as a strategic alternative to traditional trade arteries.

Kazakhstan plays a pivotal role by providing:

  • transit infrastructure;
  • connectivity between China, Central Asia, and Europe;
  • development of the Caspian region’s port system;
  • integration of logistics chains.

A stable institutional environment increases the investment attractiveness of these projects.

Institutional predictability

The formation of the Kurultai creates a more transparent decision-making system, thereby reducing regulatory risks for European partners.

This is reflected in:

•growing investment activity;

  • deeper intergovernmental engagement;
  • more predictable long-term project planning;
  • broader participation by European business.

The 23 August elections have concluded the phase of institutional renewal in Kazakhstan and opened the period of practical implementation of reforms. For the European Union, this means a more predictable foundation for cooperation with Kazakhstan in the key spheres of energy, raw materials, and transport infrastructure. Kazakhstan enters a new political cycle with an updated institutional system, reinforcing its position as a strategic partner of the EU in Eurasia.

INSIDE VACCINES’ NIGHTMARE: 5 Footages by US Epidemiologist Hulscher on Cancer, Microclots, Miscarriages, Genomic Integration, Autism

A Fast Trip Inside Vaccines’ Nighmare from Serious Adverse Reactions 

We have compiled into a single video just over 5 minutes long five videos recorded by renowned American epidemiologist Nicolas Hulscher, who has published dozens of studies in leading international medical journals questioning the safety of vaccines:

The questionable safety of experimental genetic vaccines with the new mRNA biotechnology used for Covid-19 and now already used in Moderna’s new products against influenza and melanoma (on which we will write soon.).

From SONG ON COVID-VACCINE (Video) to the “Brief Battle” vs LETHAL TURBO-CANCER. The Tragic and Mysterious Story of Dolly Parton

The first three videos analyze adverse reactions such as turbo-cancer, microclots, and fetal mortality among vaccinated women.

The questionable safety of pediatric vaccines, which have not been subject to review for over a decade despite their potential to cause genomic integration from fetal DNA and neurological conditions such as autism and other brain disorders (last two videos).

Below you can find investigative posts on the topics and study quoted by Hulsher

Investigative Posts on the topics and study quoted by Hulsher from Turbo-Cancer to Autism

BOMBSHELL on CANCER DANGERS after COVID VACCINES (Video). Korean Study on 8 millions Individuals confirms the Italian Alarm: Higher Risks to Lung and Prostate

Embalmer Survey: KILLERS “CALAMARI” of BLOOD CLOTS raise after mRNA Covid Vaccination linked to Toxic Spike-Fibrin interactions of SARS-Cov-2 BioWeapon

FAUCI & CDC KNEW THAT COVID VACCINES COULD TRIGGER MISCARRIAGE (5 videos). As Denounced by Gospa News in 2021 on 3,573 Cases of Fetal Death among Vaccinated Women

VITAL! US Centers for Disease Control (CDC) on AUTISM AND VACCINES: “Studies supporting a link IGNORED by Health Authorities”

Disturbing WARNING on Childhood Vaccines from PUBMED Study! FETAL DNA FRAGMENTS correlated to Genomic Integration and Autism Spectrum Disorders


 

Putin’s Ever-widening War Is Bringing Nuclear Weapons to Sweden and Imposing Higher Costs on Russia

By: pcr3
25 August 2026 at 12:49
Putin’s Ever-widening War Is Bringing Nuclear Weapons to Sweden and Imposing Higher Costs on Russia https://sputnikglobe.com/20260824/russia-to-factor-possible-nuclear-weapons-on-swedish-soil—russian-diplomat-1124620935.html UK to give Ukraine […]

New “Undesirables”: Why the Pentagon Is Restricting Cooperation with Moscow State University and Higher School of Economics

By: ak
24 August 2026 at 07:34

On July 23, the U.S. Department of Defense published a new list of organizations that, according to its assessment, pose a threat to U.S. national security or are engaged in problematic activity. The list includes Moscow State University, Bauman Moscow State Technical University, the Higher School of Economics, Ural Federal University, and numerous other universities and research institutes. The Pentagon believes that these organizations may aim to steal American intellectual property, research data, technologies, and scientific innovations. The Department therefore urges American universities, research institutes, and individual scholars receiving Department of Defense funding not to collaborate with them in any way, exchange data, or provide financial support. Notably, this list is not identical to existing U.S. sanctions lists (read more: “Scientific Front: Who in Russian Science Ended Up Under Western Sanctions — and Why”) and it appeared at a time when, according to Reuters, the U.S. administration has significantly reduced efforts to enforce sanctions against Russia. T-invariant explores what this new policy means for American and Russian academia, how it differs from sanctions law, and who is likely to be affected. 

T-INVARIANT BRIEFING

The restrictions certainly apply to:

  • Researchers affiliated with the listed organizations and working in physics, chemistry, biology, engineering, technology, and defense-related fields.
  • American universities and colleges receiving funding from the U.S. Department of Defense.

They are highly likely to affect:

  • All employees of listed institutions, regardless of their academic discipline.
  • Students of the listed universities when applying to conferences or submitting articles to journals affiliated with American universities or companies.
  • Universities, colleges, research institutes, think tanks, and other organizations worldwide that receive funding from the U.S. government.

The restrictions might affect:

  • Students and graduates of these institutions when applying to American universities.
  • Universities in third countries participating in projects funded by the U.S. government.
  • Researchers at other universities and institutes in Russia, Iran, and China.

The list was issued as an implementation of Section 1286 of the John S. McCain National Defense Authorization Act (NDAA) of 2019. The NDAA is a law that is issued every year and that determines the structure and budget of the U.S. military, including troop numbers, defense spending, modernization programs, and other issues. However, alongside military provisions, Congress also includes neighboring measures, such as foreign policy objectives, and funding allocation. The 2019 NDAA received broad bipartisan support and was signed by President Donald Trump. Compared with previous versions, it increased the military budget, while shifting America’s strategic focus in foreign policy away from counterterrorism toward long-term competition with China and Russia, with considerably greater emphasis on China. This legislation was especially discussed in the media due to the restrictions of Section 889 targeting Chinese technology companies such as Huawei and ZTE.

As part of the same great power competition strategy, Congress included provisions designed to protect American academic research from foreign influence and intellectual property theft. Section 1286, which received the updated list of “problematic organizations,” is titled Initiative to support protection of national security academic researchers from undue influence and other security threats and it specifically addresses universities conducting defense and technology research. Although Congress passes a new NDAA every year, the Pentagon continues updating the same list of the Section 1286 of NDAA 2019 because the 2019 law explicitly requires the Department of Defense to revise it on a regular basis. The July 23 publication is therefore not a new law, but the latest update of an existing mechanism. Being published every year, these updates all have special emphasis, relevant for the moment. For instance, the 2025 version is primarily aimed at preventing foreign influence over research sponsored by the Department of Defense. 

Such activities as funding sanctioned organizations, or exchanging data, were already prohibited by sanctions laws. Also, scholars employed by those organizations could not participate in conferences, or get published in the leading journals if they maintained formal affiliations. There are three fundamental points of difference between the new Pentagon list and sanctions: who is affected, who enforces the law, and what the consequences of violations are. 

Who is affected?

Previous sanctions and earlier lists (such as the 2023 Section 1286 list) targeted a relatively small number of universities involved mainly in military technology development or, in Russia’s case, in promoting state propaganda. Moreover, the restrictions were generally limited to individual representatives or to specific institutes. Before the new list appeared, the largest Russian research center to be included in such restrictions in its entirety was Skolkovo, which was added in 2023 – and in that case, it was hardly surprising.

This time, however, the Pentagon included 13 Russian universities as whole bodies,  and those were not only institutions specializing in engineering, physics, and biology, but also several major multidisciplinary universities, including Moscow State University (MSU), the Higher School of Economics (HSE), and Ural Federal University (UrFU). Several of China’s leading multidisciplinary universities, including Fudan University and Shanghai Jiao Tong University, were also added. HSE employees, speaking on condition of anonymity, told T-invariant  that until now they had been able to collaborate with Western universities as private researchers without listing their affiliation, they participated in conferences online and sometimes even in person, conducted joint research, and published articles.

HSE Rector Nikita Anisimov meeting students from Luhansk State University participating in the “special military operation.” Photo: Telegram channel “Вышка для своих (HSE for the Our Own).”

However, the wording of the new document makes it possible to extend the restrictions to employees of the listed organizations themselves. This means that concealing one’s institutional affiliation and presenting oneself as an independent researcher may no longer be sufficient to circumvent the restrictions: any collaboration between American researchers and scholars who are simply employed by universities on the list falls under Pentagon restrictions. Moreover, even though most organizations on the list conduct research in physics, technology, and such, the policy could affect physicians, historians, and even scholars of the Swahili language.

Who enforces the restrictions?

Another noteworthy aspect is that these measures operate through the National Defense Authorization Act, meaning they are administered by the Department of Defense, unlike the traditional sanctions system. Sanctions are often described as decisions made by the U.S. government as a whole, but departments matter. In reality, Sanctions legislation is passed through Congress or came in force by a presidential decree, and enforcement is typically carried out by either the Treasury Department or the Department of Commerce. But this list is neither a sanction imposed for specific actions, nor a punishment for participating in war or violating the law. Instead, it is presented as a preventive measure designed to protect American research and technology from national security threats. Meanwhile, the official sanctions lists themselves do not receive any updates, and President Trump has repeatedly signaled a willingness to improve relations with leaders of countries that remain under U.S. sanctions. 

The Department of Defense is publishing this update because it is legally required to. At the same time, it does not provide any specific evidence demonstrating that every organization included is “engaging in activities that threaten U.S. national security interests.” The use of national security and foreign influence concerns as justifications for government intervention in science, media, and business is all too familiar from the Russian experience and feels rather unsettling. That is why it is important to understand what this policy means not only for Russian science, but also for American academia.

[[socialnetworks]]

After taking office, President Trump began exerting significant pressure on American universities. His primary targets were campus protests and the promotion of woke ideas concerning equality and the rights of gender, racial, and sexual minorities. The principal tool was the threat of cutting off federal funding. Yet even during Trump’s first presidency, the administration had already started intervening in universities through the concerns of espionage, and in 2018, the Department of Justice launched the China Initiative. According to the MIT Technology Review, the effectiveness of the initiative is highly questionable, partly because the Department of Justice never clearly explained its concrete objectives beyond broad references to protecting American technology and combating espionage. It also failed to clarify the criteria used to initiate investigations. Information about many cases never appeared on official government websites, some records were removed following media inquiries and requests for comment, and only about one quarter of the cases received actual convictions. Moreover, many prosecutions had no obvious connection to national security. This precedent is especially significant in light of the new Section 1286 list, as a precedent. As follows from the name of the programme, approximately 90% of those prosecuted under China Initiative were scholars of Chinese origin, and members of Asian diasporas were subjected to disproportionate scrutiny by law enforcement. MIT Technology Review argues that one of the initiative’s most damaging consequences was the brain drain of highly qualified researchers from the United States. Scientists and scholars were leaving because of the discrimination and pressure from the law enforcement, and it became harmful for the American science itself.

Participants in the Stop Anti-Asian Racism & China Bashing rally in Washington, D.C., March 27, 2021. Photo: Elvert Barnes / Flickr.

During President Biden’s administration, the espionage agenda receded somewhat into the background, but it reemerged, as Trump took office again. On March 26, 2026, the House Committee on Education and the Workforce heard reports on the activities of foreign intelligence services on university campuses. Once again, the discussion focused primarily on alleged espionage involving Chinese students, the recruitment of American students on campus, and cases in which researchers were drawn into projects without being informed on the true purpose of the research. It is worth noting that in his opening remarks, the committee chair emphasized that international collaborations should benefit America rather than its rivals. This idea contradicts the traditional understanding of academia as a transnational space for free exchange of knowledge. International conferences, academic and cultural exchanges, collaborative research, and multinational projects have advanced and benefited science worldwide for decades. As with the China Initiative, extending the logic of national security into universities and scientific research challenges this principle and contributes to the isolation of American science.

At the same time, it would be wrong to deny that espionage, foreign interference in academia and business, and theft of American intellectual property do exist. Roughly one quarter of China Initiative prosecutions ended in convictions, and over the past year, several cases have emerged involving Chinese intelligence agents infiltrating American academic institutions. But these cases differ in one respect, crucial for the NDAA 2019 list: the spies concealed their connections to Chinese universities, military structures, or intelligence agencies. They would typically enter the United States as students, visiting researchers, fellows, or even professors while hiding their institutional ties. They transferred research data and intelligence to the Chinese government, smuggled research materials into or out of the country – it seems that Ksenia Petrova was detained because of this atmosphere of heightened suspicion within academia.

There were also cases of recruiting American students and professors, but it generally happened through malign foreign talent recruitment programs, in which American researchers participated without being informed who would ultimately receive the results of their work or for what purpose. The 2024 version of the Pentagon list was specifically aimed at preventing this practice.

An even more common instrument of espionage has been cyberattacks, like the case reported recently by The Insider. In this case, Microsoft uncovered a scheme that allowed hackers to gain access to data from every device connected to compromised hotel Wi-Fi networks during academic conferences.

Journalist Roman Dobrokhotov described the method for the TVRain channel: “When you try to log in, your credentials get stolen. In the worst case scenario, you’re prompted to download software or click ‘OK’ or ‘YES,’ and a real spyware virus gets onto your laptop. It steals all your passwords and captures everything you type on the keyboard. If a conference has a thousand participants, it is enough just for two or three people to download the malware for the operation to succeed.” According to The Insider, “the group primarily targets governments, diplomatic missions, NGOs, and IT companies in the United States and Europe in order to collect intelligence supporting Russian foreign policy.” 

All of these espionage cases share an important point: every time, the perpetrators concealed the affiliations with the organizations they were truly working for, they frequently used false documents, or even operated remotely. This raises a doubt as to the effectiveness of a ban on cooperation with specific universities. Such a policy is unlikely to counter the methods actually used to steal research data.

How grave are the consequences?

The third major difference between this list and sanctions packages lies in the mechanism of the restrictions: the Department of Defense does not put a ban on the activities of the listed organizations, but it is restricting its own ability to fund them. The universities included in the list, their employees, or American scholars – none of them will face prosecution by law enforcement. However, the Pentagon restricts its ability to provide funding to universities, institutes, or individual researchers who continue collaborating with listed organizations or their employees, or who use their equipment.

At first glance, it might seem that losing such a niche source of funding would hardly affect fields unrelated to the military. For instance, professor of Russian literature Oleg Lekmanov, who taught at Princeton University, expressed precisely this view: “As I see it, this is not relevant to the humanities, because no one from the military sector offers us funding in the first place.” However, the Pentagon has numerous programs and foundations that finance research, and not only in fields related to defense, but also in biology, psychology, medicine, linguistics, the social sciences, and area studies. For instance, Natalia Korbo, a former targeting analyst for the U.S. State Department Economic Bureau, confirmed to T-invariant that the Department of Defense supports an exceptionally broad range of projects, particularly in STEM – science, technology, engineering, and mathematics.

Moreover, funding extends well beyond STEM disciplines. For example, the Minerva Initiative distributes long- and short-term grants for research intended to help the Department of Defense better understand future challenges and prepare for them. Thus, the participating projects cover a range of disciplines. According to Science, Minerva allocated $24.8 million in 2024 alone to projects involving artificial intelligence, climate change, and migration. Yet, the Science reports that the initiative had already begun drastically reducing its funding, even for projects that appeared directly relevant to defense interests. Among those unexpectedly terminated were studies examining the factors that motivate military personnel to remain in service and the conditions that prevent the collapse of international alliances. And now, it might become even more difficult to obtain Pentagon funding, since applicants will have to demonstrate that no member of a project is affiliated with any organization on the list of “the undesirables.”

Apart from research, the Department of Defense provides funding for educational purposes. It awards scholarships to undergraduate, graduate, and doctoral students studying languages and regions considered “critical to America’s security,” and it sponsors academic centers devoted to these fields.

Judging by the Trump administration’s foreign-policy priorities, particular attention is currently being drawn to South America and the Indo-Pacific region. At the same time, the Middle East, Central Asia, and Russia remain areas of strategic interest as well. Consequently, the publication of the NDAA 2019 list will affect not only researchers in biochemistry, physics, engineering, and technology, but potentially also scholars studying Latin American music or Chinese dance if their academic center receives Pentagon funding.

Moreover, it is unclear whether the funding will be lost only by a project or an institute who maintains ties with a banned organization, or the research of the whole university will be considered compromised in case one body continues collaborations. It is entirely possible that if even one department within a university depends on Department of Defense funding, restrictions on collaboration with listed organizations could apply to the university as a whole.

Furthermore, the preamble to the document contains another provision that may substantially broaden its practical impact. Formally, the list applies only to Department of Defense grants, scholarships, contracts, and other financial support. However, it also warns that cooperation with listed organizations may negatively impact scholars’ eligibility for federal funding. And that is a much more serious prospect. The U.S. federal government finances roughly half of all research and maintenance expenditures at American universities and colleges. Federal money also supports countless scholarships, research grants, and academic conferences. In this light, universities will hardly risk losing access to federal funding, even if the document merely warns of possible consequences rather than imposing an explicit prohibition.

Denis Simon. Photo: CCG Update — Center for China and Globalization.

Denis Simon, Senior Research Fellow at the Quincy Institute for Responsible Statecraft in Washington, argues that the U.S. government has effectively stopped distinguishing between leading civilian universities and institutions engaged in security-related research. He also believes American organizations will most likely interpret the conditions of the NDAA 2019 list very broadly. Simon further suggests that universities may begin limiting interaction not only with the organizations explicitly named on the list, but also with other research institutes in Russia, China, and Iran.

A similar concern is expressed by Evgeny Roshchin, Visiting Fellow at the Center for Global Policy of the SAIS School of Advanced International Studies: “On the one hand, the document concerns the research funded through Department of Defense grants. On the other hand, the disciplinary boundaries are not specified. That means it could apply to virtually any field of research, including economics, if it is financed through Pentagon grants. Researchers applying for federal grant competitions will also have to disclose all of their connections with people affiliated with organizations on the list. The existence of such connections may reduce their chances of receiving funding. I believe this will become the main deterrent. Of course, everything will depend on how the rules are applied, but the policy could seriously damage academic cooperation, because some researchers might choose to abandon perfectly legitimate collaborations simply to avoid the risk.”

According to research data, international collaboration is a significant driver of scientific progress. Natalia Korbo believes that while some restrictions are understandable, a blanket prohibition is deeply misguided:

“I understand the logic behind banning joint research in fields like bioengineering or physics, although spies are smart enough not to be affiliated with problematic institutions. But prohibiting all collaboration is simply foolish. It will harm both American science and scientific research worldwide. The restrictions will absolutely affect cultural studies as well. Even the closure of the Confucius Institutes had negative consequences for Americans themselves. Yes, those institutes promoted the Chinese government’s propaganda, but in most American cities they were also the only places where people could learn Chinese. These kinds of bans, like the TikTok ban, are often poorly thought out and produce enormous collateral damage.”

A similar view is shared by Anton Kapustin, professor of physics at the California Institute of Technology: “First, I believe these are serious restrictions, and they extend well beyond defense-related research. Originally, they applied only to projects sponsored by the U.S. Department of Defense. But similar restrictions have since been introduced for grants from the Department of Energy, the National Science Foundation, and other agencies. In practice, they now affect almost all federal grants. Second, the list of proscribed entities grows every year. Now it includes MIPT, HSE, and Moscow State University. If a student has co-authored publications with researchers from these institutions, any American university will think twice before admitting that student to a PhD program, because it will most likely be unable to pay their stipend using federal grant money. There are still many uncertainties, of course, but I think universities will prefer to be overcautious. And obtaining visas will also become more difficult for such students. So the consequences could be very serious.”

Anton Kapustin. Photo: Simons Foundation.

Thus, for Russian researchers, the publication of the list may result in profound professional difficulties. But how capable are these restrictions of protecting American interests? And is the loss of cooperation with Russian, Iranian, and Chinese colleagues truly significant for U.S. science?

Entrepreneur Oleg Tinkov argued in an interview with journalist Mikhail Fishman on TV Rain,  that Russian universities continue to produce exceptionally strong specialists: “Whatever we may say about Putin’s Russia, or Russia in general, its universities and education – especially in mathematics, computer science, physics, and chemistry – remain exceptionally strong, even compared with the United States. I still think Russian education firmly belongs among the world’s top five, and specialists from Russia are highly valued.”

Academic collaborations with China seem to be even more important for American science. Over the past decade, Chinese science has dramatically strengthened its global position. China ranks second in the world in the number of scientific publications. In 2024, for the first time, Chinese researchers published more papers in leading natural science journals than American scientists did, exceeding the US by 17%. Niccolò Pisani et al. emphasize that China’s success has been driven largely by international collaboration and sustained government investment. Consequently, the restriction of scientific cooperation with China can also have an objective of slowing China’s scientific progress. But such a strategy is likely to have limited effectiveness as long as other leading countries continue collaborating with Chinese researchers. Meanwhile, American science itself risks losing specialists and forfeiting one of its greatest competitive advantages: participation in the global scientific community.

As Denis Simon argues, “the policy is likely to accelerate the fragmentation of the US-China scientific relationship, including in fields that have traditionally relied on open exchanges and multinational research teams. It could also limit US researchers’ access to some of the world’s most productive scientific institutions.” Simon also questions whether the policy is genuinely capable of slowing China’s scientific development.

The publication of the 2025 Section 1286 list may therefore substantially limit cooperation between American researchers and colleagues from Russia, Iran, and China. Although at first glance, the restrictions appear to apply only to defense-related research, they are likely to affect a much broader range of academic disciplines. The precedent of prosecuting cases unrelated to security topics, set by the China Initiative, demonstrated that a program announced with narrow security objectives could, in practice, be applied much more broadly. Meanwhile, the threat of losing Pentagon funding and risk of losing eligibility for other forms of federal support are sufficiently serious that many universities are likely to abandon collaborations with listed institutions simply to avoid the risk. The inclusion of major civilian universities such as Moscow State University and the Higher School of Economics potentially affects thousands of scholars who have no connection to military research. It will be harder if possible to participate in American conferences, conduct joint research, or publish in academic journals, even if they present themselves as independent researchers and do not list their institutional affiliation. Even the students from these universities, even though the restrictions do not formally prohibit them from applying to American colleges or universities, may face indirect consequences if institutions, fearing the loss of federal funding, begin extending these restrictions to graduates of listed universities as well. The policy may also affect universities outside the United States that are closely integrated into the American academic system, particularly those receiving U.S. funding. Such institutions may likewise begin limiting cooperation with researchers affiliated with organizations on the list.

Ultimately, the measures intended to protect American science may not only create serious obstacles for researchers from Russia, China, and Iran, but they may also undermine one of the fundamental strengths of American academia itself – international collaboration and the free exchange of knowledge.

The post New “Undesirables”: Why the Pentagon Is Restricting Cooperation with Moscow State University and Higher School of Economics appeared first on Т-инвариант / T-invariant.

BOMBSHELL on CANCER DANGERS after COVID VACCINES (Video). Korean Study on 8 millions Individuals confirms the Italian Alarm: Higher Risks to Lung and Prostate

24 August 2026 at 20:07

Introduction by Fabio Giuseppe Carlo Carisio

VERSIONE IN ITALIANO

Originally published on October, 6, 2025 – updated with VIDEO on August, 24, 2026

VIDEO – Two MASSIVE COVID shot studies on 8 MILLION people confirm that can trigger Turbo-Cancer in Vaccinated

Excerpt from American Thinker interview to American Epidemiologist Nicolas Hulscher

Korean Medical Doctors: “1-Year Cancer Risk Associated with COVID-19 Vaccination”

«The oncogenic potential of SARS-CoV-2 has been hypothetically proposed, but real-world data on COVID-19 infection and vaccination are insufficient. Therefore, this large-scale population-based retrospective study in Seoul, South Korea, aimed to estimate the cumulative incidences and subsequent risks of overall cancers 1 year after COVID-19 vaccination. Data from 8,407,849 individuals between 2021 and 2023 were obtained from the Korean National Health Insurance database».

We can read in the Abstract of the Korean study Kim et al. titled “1-year risks of cancers associated with COVID-19 vaccination: a large population-based cohort study in South Korea” which was conducted by Hong Jin Kim (Department of Orthopedic Surgery, Kyung-in Regional Military Manpower Administration, Suwon) Min-Ho Kim (Informatization Department, Ewha Womans University Seoul Hospital, Seoul), Myeong Geun Choi and Eun Mi Chun (both in Division of Pulmonary and Critical Care Medicine, Department of Internal Medicine, Ewha Womans University Mokdong Hospital, 1071, Anyangcheon-ro, Yangcheon-gu, Seoul).

Oxford Academic: Fatal TURBO-CANCERS Even inside HEART after COVID VACCINES! New Chilling European Study on Malignant Pericardial Effusions linked to Fast Metastases

The research was published on  BMC Biomarker Research 13 (part of Springer Nature).

«The participants were categorized into two groups based on their COVID-19 vaccination status. The risks for overall cancer were assessed using multivariable Cox proportional hazards models, and data were expressed as hazard ratios (HRs) and 95% confidence intervals (CIs). The HRs of thyroid (HR, 1.351; 95% CI, 1.206–1.514), gastric (HR, 1.335; 95% CI, 1.130–1.576), colorectal (HR, 1.283; 95% CI, 1.122–1.468), lung (HR, 1.533; 95% CI, 1.254–1.874), breast (HR, 1.197; 95% CI, 1.069–1.340), and prostate (HR, 1.687; 95% CI, 1.348–2.111) cancers significantly increased at 1 year post-vaccination» adds the Abstract.

«In terms of vaccine type, cDNA vaccines were associated with the increased risks of thyroid, gastric, colorectal, lung, and prostate cancers; mRNA vaccines were linked to the increased risks of thyroid, colorectal, lung, and breast cancers; and heterologous vaccination was related to the increased risks of thyroid and breast cancers. Given the observed associations between COVID-19 vaccination and cancer incidence by age, sex, and vaccine type, further research is needed to determine whether specific vaccination strategies may be optimal for populations in need of COVID-19 vaccination».

Update – EVEN THE POPE KILLED BY COVID VACCINES. Pulmonary Pathology and Fatal Stroke after mRNA Genetic Serums Predicted by Chinese Universities in 2020

The Korean study indirectly confirms the warning raised by two Chinese universities in October 2020, even before the Covid-19 vaccines were released, regarding the very serious risks of lung disease that both mRNA and mDNA gene sera could cause.

Furthermore, the study found that booster doses were associated with significantly higher risks of gastric and pancreatic cancer. For pancreatic cancer, the risk more than doubled in booster recipients.

Diabolical Molecule inside mRNA Vaccines generates Harmful Proteins as Killer Prions, “Brain-Eating Amoeba”. Explosive Study by prof. Perez (Montagnier Foundation)

These statistics confirmed the validity of the warning raised by the late virologist Luc Montagnier and British oncologist Angus Dalgleish.

More details below inside the analysis of American epidemiologist Nicolas Hulscher.

Fabio Giuseppe Carlo Carisio – Gospa News director


BREAKING: Second Massive Population Study Finds COVID-19 “Vaccines” Increase Risk of 6 Major Cancers

Originally published by Nicolas Hulscher, MPH on Substack Focal Points – Courageous Discourse by McCullough Foundation

About a month ago, the first-ever population cohort study reported increased cancer risks following COVID-19 vaccination. In Italy, nearly 300,000 residents were tracked for 30 months, showing that mRNA shots significantly increased the risk of overall cancer, breast cancer, bladder cancer, and colorectal cancer

BOMBSHELL! INCREASING RISK of MULTIPLE CANCERS from COVID Vaccines unveiled by First Population-Wide Study on 245,000 Vaccinated

Now, a second—and far larger—population-based cohort study by Kim et al from South Korea has corroborated and expanded upon those findings. Drawing on a massive sample of more than 8.4 million people, this is one of the most powerful cancer-safety datasets ever analyzed.

The results are striking. After accounting for age, sex, comorbidities, income level, and prior COVID-19 infection, COVID-19 vaccination was linked to significant increases in multiple major cancers, with the signal consistent across all vaccine platforms, both sexes, and age groups:

Study Design at a Glance

  • Design & data: Population-based retrospective cohort using the Korean National Health Insurance database (2021–2023).
  • Population: 8,407,849 adults.
  • Exposure: COVID-19 vaccination (analyzed overall and by platform: mRNA, cDNA, and heterologous schedules).
  • Matching: Large-scale propensity score matching (1:4 vaccinated:unvaccinated for the main analysis; 1:2 within vaccinated for booster vs non-booster).
  • Modeling: Multivariable Cox proportional hazards models (adjusted for age, sex, comorbidity index, income level, and prior COVID-19 infection), estimating hazard ratios (HRs) with 95% confidence intervals (CIs); analyses stratified by sex and age.
  • Outcome window: 1-year incidence of overall and site-specific cancers post-vaccination.

“COVID-19 mRNA-Induced TURBO CANCERS”. Extremely Serious Oncological Disease enters Medical Literature after Peer-Reviewed US Study


Key Results — Cancers with Significant Increases (1-year follow-up)

  • Overall cancer: HR 1.27 (95% CI, 1.21–1.33) → 27% higher risk of all cancers combined in vaccinated vs. unvaccinated at 1 year.
  • Lung cancer: HR 1.53 (95% CI, 1.25–1.87) → 53% higher risk
  • Prostate cancer: HR 1.69 (1.35–2.11) → 69% higher risk
  • Thyroid cancer: HR 1.35 (1.21–1.51) → 35% higher risk
  • Gastric (stomach) cancer: HR 1.34 (1.13–1.58) → 34% higher risk
  • Colorectal cancer: HR 1.28 (1.12–1.47) → 28% higher risk
  • Breast cancer: HR 1.20 (1.07–1.34) → 20% higher risk

Interpretation: An HR of 1.53 for lung cancer means that vaccinated individuals developed lung cancer at a rate 53% higher than matched unvaccinated peers, over the same one-year follow-up period. Similar interpretations apply to each cancer type.


By Vaccine Platform

  • cDNA vaccines (AstraZeneca type): linked to higher risks of thyroid, gastric, colorectal, lung, and prostate cancers.
  • Overall cancer HR 1.47 (95% CI 1.39–1.56) → 47% higher risk

AstraZeneca Taken to British Court for as many as 80 Damages Claims on “Defective” Covid Jab

  • mRNA vaccines (Pfizer/Moderna): linked to higher risks of thyroid, colorectal, lung, and breast cancers
  • Overall cancer HR 1.20 (95% CI 1.14–1.26) → 20% higher risk

TURBO-CANCER, HEARTBREAK & TOXIC SPIKE. Lethal Risks from Covid mRNA Vaccines: Exclusive Interviews with 3 World-Famous Italian MD

  • Heterologous (mixed schedules): linked to higher risks of thyroid and breast cancers.
  • Overall cancer HR 1.34 (95% CI 1.21–1.48) → 34% higher risk

Interpretation: The elevated cancer risks were not confined to one vaccine platform. Whether adenoviral-vector (cDNA), mRNA, or mixed schedules, each vaccine type was associated with a measurable increase in overall cancer — and each had specific cancer sites driving the signal. In other words, no vaccine technology was free of cancer risk in this dataset.


Booster-Dose Analysis

  • Gastric cancer: HR 1.23 (p = 0.041) → 23% higher risk with boosters
  • Pancreatic cancer: HR 2.25 (p < 0.001) → 125% higher risk with boosters

Interpretation: Booster doses were associated with notably higher risks of gastric and pancreatic cancers. For pancreatic cancer, the risk more than doubled in boosted individuals.

COVID Boosters Trigger Metastasis. UK Oncologist and US Medical Doctor confirmed the Montagnier’s Warning


Overall Cancer Trends/Sex & Age Stratification

Overall cancer: Incidence was higher in the vaccinated across every demographic group.
  • Women showed the highest relative burden, with 48.4 per 10,000 vaccinated vs. 38.2 per 10,000 unvaccinated at one year.
  • Elderly adults (≥75 years) carried the greatest absolute burden, at 119.9 per 10,000 vaccinated vs. 91.7 per 10,000 unvaccinated.
  • Younger adults (<65 years) also experienced a clear overall increase, despite lower baseline rates

New Study Finds Covid-Vaccinated Kids Face ELEVATED CANCER RISK, Immune System Damage

Site-specific patterns:
  • Men: elevated risks for gastric and lung cancers
  • Women: elevated risks for thyroid and colorectal cancers
  • Under 65 years: stronger signals for thyroid and breast cancers
  • ≥75 years: markedly higher risk of prostate cancer

 

Interpretation: Both the overall and site-specific results show a consistent pattern — every demographic group experienced elevated cancer risks, though the type and absolute burden varied. Women and the elderly were hit hardest, but no population segment was spared.


Conclusions: Major Increases in Cancer Risk from Chortes Studies in Italy and South Korea. 

Taken together, the evidence is now impossible to ignore. The only two population-level cohort studies ever conducted on COVID-19 vaccination and cancer — one in Italy and one in South Korea — have both found major increases in cancer risk.

The Italian study (≈300,000 people, 30-month follow-up) identified significant elevations in overall cancer, breast, bladder, and colorectal cancers. The South Korean study (8.4 million people, 1-year follow-up) confirmed and expanded these findings, documenting increased risks of overall cancer plus six site-specific cancers (lung, prostate, thyroid, gastric, colorectal, and breast).

BOMBSHELL! INCREASING RISK of MULTIPLE CANCERS from COVID Vaccines unveiled by First Population-Wide Study on 245,000 Vaccinated

Critically, the signal was observed across all vaccine types — both mRNA and viral-vector (cDNA) shots — and in every demographic group analyzed. In plain terms: both major COVID-19 vaccine platforms appear to be carcinogenic

With two independent national datasets converging on the same conclusion, governments, regulators, clinicians, and researchers must confront a sobering reality: nearly 70% of the global population has been injected with a carcinogenic product. The evidence demands immediate market withdrawal of these products.

17 Ways mRNA Shots May CAUSE CANCER, According to Over 100 STUDIES

At the McCullough Foundation, we are deeply investigating both the molecular mechanisms and the population-level data linking COVID-19 vaccination to cancer. We are currently preparing several new studies to expand this critical line of evidence.

This work requires substantial time, expertise, and resources, and we ask for your support in funding this urgent research: mcculloughfnd.org/products/donate-1

Oririnally published by Nicolas Hulscher, MPH on Substack Focal Points – Courageous Discourse by McCullough Foundation

Nicolas Hulscher, MPH – Epidemiologist and Foundation Administrator, McCullough Foundation


MAIN SOURCES

FOCAL POINTS – COURAGEOUS DISCOURSE

Study by Kim et al. 1-year risks of cancers associated with COVID-19 vaccination: a large population-based cohort study in South Korea

GOSPA NEWS – TURBO-CANCER AND VACCINES DOSSIER


RELATED TOPICS

 

12 Neolithic Arrowheads Found in Anatolia Bear Rare Geometric Marks Whose Purpose Remains Unknown

24 August 2026 at 09:45
A team of French and Turkish researchers has published an exhaustive analysis of twelve obsidian arrowheads with intentional incisions found at the Neolithic site of Tepecik-Çiftlik, in the Cappadocia region (Turkey). These objects, dating between 7100 and 6100 BCE, represent an exceptional archaeological phenomenon: they are extremely rare and have only been found in Central […]

Are Western Illusions of Victory Driving Ukraine towards Collapse?

24 August 2026 at 05:01

As recently as 26 July this year, Ursula von der Leyen appeared full of confidence in victory during her visit to Kyiv: she claimed the tide of the war had turned, that Ukraine had regained the initiative, and that Russia was on the defensive. The cause of this supposed turnaround, after four and a half years of a devastating war, is said to be a new ‘wonder weapon’: drones which, with the help of AI provided by Palantir and others, can carry the war deep into the Russian hinterland and precisely destroy oil refineries and other critical infrastructure there. The Russian economy – particularly the energy sector – is said to be severely weakened, and the war Russia started has now hit the country itself “with full force”.

On the battlefield too, according to these accounts, Ukraine has achieved considerable success with autonomously operating “killer drones”. These drones are said to be capable of automatically detecting and destroying all life at a distance of 30 kilometres on the front line. Technology, it is claimed, has thus more than compensated for the shortage of Ukrainian soldiers. Russian soldiers, by contrast, are now said paying a heavy price in lives without being able to demonstrate any military successes. This must be wearing down the aggressors and forcing Putin to acknowledge that he is going to lose the war.

These accounts were accompanied by media-effective drone attacks on Moscow and St Petersburg. No wonder, then, that the mainstream Western media have been full of victory reports over the past two months. Some even speculated that Russia could only hold out for another six months; a coup in Moscow was deemed possible. The strategically important Crimea was said to have been largely cut off from Russia by Ukrainian attacks. Putin would now be forced to the negotiating table as the loser – and on the terms of the European NATO states, which would amount to a Russian surrender. Their policy of providing massive military, political and financial support to Ukraine, whilst at the same time refusing any talks until Russia was ‘brought to its knees’, seemed to have paid off.

But is that really the case? Or may the tide actually have turned in Russia’s favour?

It is striking that for the past week there have been hardly any reports on the course of the war, and the victory announcements have largely fallen silent. This is because doubts are mounting, both in the US and in Ukraine itself, about the success of the drone war deep within the Russian hinterland.

One need only heed the warnings of General Zaluzhnyi: the drone war is not very successful and far too expensive. As a former Commander-in-Chief of the Ukrainian Armed Forces and current ambassador to London, he should know. According to the pro-Ukrainian war monitors ‘Dron-Bomber’, the Russians are now reportedly achieving a high shoot-down rate of Ukrainian drones. The dismissal of Ukrainian Defence Minister Fedorov is also likely to be linked to the looming failure of the drone war. Is the realisation taking hold that this conflict cannot be won by a drone warfare alone?

This means that developments on the battlefield remain decisive. However, there can be no question of the military stalemate claimed by the Western media. According to a report by the Ukrainian ‘Telegram Channel’: “in July this year, the armed forces of the Russian Federation occupied 728.45 km² of territory in the SVO (Special Operation) zone, which represents the best result since October 2024 … The pace of the Russian armed forces’ offensive is increasing”. Russian territorial gains are said to have occurred not only in the Donbas but also around Kharkiv and in Zaporizhzhia. This is still proceeding slowly, but it is a war of attrition whose primary aim is the destruction of the enemy’s armed forces. Could this objective be achieved by capturing the last remaining fortified defensive positions around the Donbas cities of Sloviansk and Kramatorsk?

Even more serious for Ukraine is the fact that its drone attacks have led to a hardening of the Russian position. The Russian leadership is now openly speaking of a war – including a war by NATO against Russia – and has significantly intensified the conflict. In the cruel logic of war, the destruction in Ukraine now far exceeds that in Russia. Another crucial factor is that Ukraine has no air defences to speak of and is barely able to defend itself against massive Russian drone and missile attacks, whilst the intensity of Ukrainian attacks is reportedly waning.

This is already having consequences. The Ukrainian Black Sea ports in and around Odessa are said to have been bombed so heavily that Ukraine has effectively become a ‘landlocked country’. If these reports are accurate, this would be a severe blow: to date, around 70 per cent of all Ukrainian imports and exports, as well as 90 per cent of agricultural exports, have been handled via these ports. Key bridges, such as the Zatoka Bridge, which connects Odessa with the Romanian Black Sea ports, have also been destroyed. Furthermore, rail and road links, petrol stations, the power grid, industrial facilities and warehouses are being systematically destroyed.

The European NATO member states can do little to change this – they lack the military capabilities. Plans to station a ‘coalition of the willing’ in Poland or even to establish a no-fly zone over Ukraine are completely unrealistic. The United States has recently announced that it will hand over the leadership of the NATO centre in Wiesbaden, which coordinates military support for Ukraine, entirely to European NATO member states. There is even talk of disbanding this NATO facility, which is crucial for Ukraine. Further, with the Iran war ranging, the US has hardly any weapons left to spare. There can therefore be little question of renewed US military involvement in the war in Ukraine.

Even before the latest escalation of the war, there were clear indications that the Ukrainian army was in considerable difficulty. Upon taking office in January, Minister Fedorov spoke of around 200,000 deserters; other MPs even cited significantly higher figures. Furthermore, some two million Ukrainian men are said to have evaded conscription orders. Whichever figures are accurate, they point to an alarming state of affairs within the Ukrainian armed forces – a situation that cannot be remedied either by forced recruitment on the streets or, as is now becoming apparent, by drones controlled by artificial intelligence. Similarly, a proposal now being discussed by the EU – to withdraw refugee status from Ukrainian men who have fled, in breach of international law, and to send them back to Ukraine to face the war – is further evidence of the hopelessness of the situation.

In May, the Ukrainian Minister for Social Affairs, Denys Ulyutin, stated that the population in the government-controlled part of the country had shrunk from 52 million (at the time of independence in 1991) to possibly 22 million. Of these, around 11 million are on social security, predominantly pensioners and war invalids. He expects the population to continue to fall after the war ends, as young men – once exempt from military service – would follow their families to the West. He does not expect any significant return of Ukrainians living abroad. Added to this demographic decline are increasing impoverishment, deep social inequalities, pervasive corruption, astronomical public debt and the country’s economic collapse.

This is hardly a state – let alone an army – to which the media could realistically attribute an imminent military turnaround or even victory.

Of course, such forecasts must be treated with caution. Yet the apparent failure of the drone war to bring about a strategic turning point should make it clear to the European NATO member states that, at the end of this escalation which we have accompanied with such fanfare, Ukraine may not emerge as the victor, but is instead sliding into an increasingly devastated, depopulated and bled-dry country. This should give us cause for great concern for the suffering people in Ukraine. European NATO-states must ask themselves whether a continuation of the war – which they have demanded and supported – can still be morally justified at all.

The European NATO member states are only harming Ukraine with their illusions of victory and wonder weapons, and must finally base their policy on a more realistic assessment of how the war is unfolding. It is therefore time to consider what would happen if the Ukrainian army’s resistance were to collapse one day and Russia were to capture Kharkiv and Odessa as well. Any remnant of Ukraine that remained would scarcely be viable. It must be in the top interest not only of Ukraine but also of its western backers to prevent such a scenario to develop. But how?

Certainly, this cannot be prevented through direct military intervention by NATO. This would make the situation only much worse – also for Ukraine – as such a course of action would inevitably entail the risk of a nuclear war, which nobody can win. Diplomacy therefore remains the only realistic option. After almost five years of war, it is high time that the European NATO member states actively sought dialogue with Russia. Germany – given its role as the strongest country in the EU, its geographical location and its historical responsibility – should take the first step.

To move beyond the entrenched positions of both governments, an initial rapprochement through a civil‑society initiative involving respected and influential figures may be advisable. Such an approach could open a first, cautious pathway toward renewed understanding after years of silence and mutual demonisation. Europe needs peace, and lasting peace can only be achieved with Russia, not against it.

There is not much time left for this.

Kazakhstan at a Crossroads: How the Kurultai Elections Are Shaping Central Asia’s New Political Landscape

23 August 2026 at 10:47

Kazakhstan holds elections for the first convocation of the Kurultai. The vote marks the country's final transition to a unicameral parliamentary system and completes a pivotal stage of institutional reforms under the leadership of President Kassym-Jomart Tokayev.

An experienced diplomat and statesman, President Tokayev is skillfully constructing the new political system of a "Fair Kazakhstan," cementing the nation's position as a leader in democratic reform across Central Asia.

For Brussels and European capitals, these elections represent far more than an internal event in Central Asia's largest economy—they serve as a vital indicator of political transition in a strategically essential region.

From a Bicameral System to a Unicameral Body

Comprehensive constitutional changes, approved in a nationwide referendum, abolished the former bicameral structure (comprising the Senate and the Mazhilis) and replaced it with the Kurultai—a unicameral legislature made up of 145 deputies elected for five-year terms under a proportional representation system.

The reform aims to streamline the legislative process, enhance governmental accountability, and expand parliamentary oversight regarding budget execution and ministerial appointments. For the first time in the nation's history, presidential quotas for appointing legislators have been completely eliminated.

The Regional Context of Democratization

Against the backdrop of a complex geopolitical environment in Eurasia, Astana is actively positioning itself as a beacon of democratic reform in Central Asia. Over recent years, the country has implemented key measures that distinguish it from its regional neighbors:

  • Limiting Presidential Power: The constitution mandates a single, non-renewable seven-year term for the president and legally prohibits close relatives of the head of state from holding high-level public posts.
  • Human Rights Infrastructure: The re-establishment of the Constitutional Court—granting citizens a direct right of appeal—alongside the total abolition of the death penalty and the institutional strengthening of the Human Rights Ombudsman.
  • Pluralism and Inclusivity: Lowering registration barriers for political parties and introducing a mandatory 30% quota for women, youth, and persons with disabilities on party lists.
  • Local Self-Governance: The transition to direct elections for district akims (local governors) and the implementation of an official online petition mechanism.

The View from Brussels

As the European Union deepens its strategic partnership with Kazakhstan across energy, critical raw materials, and transport routes (notably the Middle Corridor), institutional stability and predictability remain top priorities.

An important backdrop to the parliamentary vote was President Kassym-Jomart Tokayev’s official visit to Brussels. During high-level talks with European Council President António Costa and European Commission President Ursula von der Leyen, the leadership solidified the evolution of EU–Kazakhstan relations into a mature strategic partnership.

Among the key outcomes of the visit:

  • A record-setting package of commercial agreements and contracts worth over $12 billion was announced during the Kazakhstan–EU Business Forum, covering energy, transport, critical raw materials, and technology sectors.
  • Constructive progress was made in visa facilitation negotiations.
  • The parties signed a Horizontal Aviation Agreement and secured a major contract for the delivery of up to 50 Airbus aircraft for national carrier Air Astana.
  • Concrete financial commitments were made by the European Investment Bank to modernize the infrastructure of the Trans-Caspian Transport Network (Middle Corridor), ensuring a reliable alternative land route between Europe and Asia.
  • Strategic roadmaps were reaffirmed to supply Europe with Kazakh rare earth metals, lithium, and green hydrogen to support the European energy transition.

European observers note that the momentum of Kazakhstan’s reforms sets a major regional precedent. However, the true test for the new Kurultai will be its ability to effectively carry out its representative functions, establish an effective system of checks and balances, and stay responsive to civil society.

The vote serves as a crucial benchmark of how successfully Astana translates its declared path of modernization into dynamic, functioning democratic institutions.

Picture credit: Kazakhstan Today

Commemorations will mark WW1's First Battle of the Mons

21 August 2026 at 11:05

Special events will take place this weekend to mark the anniversary of the First Battle of Mons on 23 August, the first major action of the British Expeditionary Force (BEF) in World War I. 

Commemorations, which take place on Monday 24 August, start at 1pm at the Hôtel de Ville in Mons.

Representatives of RBL Brussels branch will also lay a wreath at the town's British Empire Memorial which was first unveiled by King Baudouin on 11 October 1952.

Several representatives of Royal British Legion Brussels will be taking part.

The RBL delegation is comprised of Captain (retd) Dennis Abbott (RBL Brussels Chair) (pictured); Colonel (retd) William Bache (ex-US Special Forces, Vietnam veteran and Co-Chair Brussels Battles and Books Club) and  Lieutenant-Colonel (retd).

Others present will be Matt Hill (ex-US Marine Corps); Andrée Ferrant (RBL Brussels Joint Secretary); Mireille Picron (RBL Brussels Joint Secretary); Freddy Roiseux (RBL Brussels Standard Bearer); Professor Jean-Francois Husson (RBL Brussels committee, Namur representative) and Ela Nora Fidan (Brussels Battles and Books Club).

Wreaths will be laid at the Hôtel de Ville (Dennis Abbott), Nimy railway bridge where Lieutenant Maurice Dease and Private Sidney Godley each won the Victoria Cross (Ela Nora Fidan) and Saint Symphorien military cemetery (Col William Bache at British memorial, Lt Col Hill at German memorial).

Similar wreath-laying commemorations take place at the British Empire memorial at Place de la Bascule (Mireille Picron et Andrée Ferrant) and at the Irish Cross (Jean-François Husson).

There will also be commemorations in Brussels and Antwerp to mark the anniversary of the Liberation (3-4-5 September). Full info/timings are on the RBl Brussels website under “calendar.”

Speaking about the upcoming events, Abbott said: “The Brussels branch of the Royal British Legion has taken part in the commemorations to mark the anniversary of the Battle of Mons since its very formation in 1922.”

He added: "The battle has gone down in the annals of British military history thanks to the heroic stand by troops of the British Expeditionary Force (BEF) in their first major engagement of 1914. Outnumbered three to one by the Germans, they held out for hours before withdrawing, preventing the enemy from outflanking French positions.

"Wilhelm, the German Kaiser, is said to have dismissed the BEF as a 'contemptible little Army' before the battle, but the British fought tenaciously, none more so than Lieutenant Maurice Dease and Private Private Sidney Godley who were each awarded the Victoria Cross, the highest award for gallantry, for their defence of the railway bridge over the canal at Nimy." 

Four German battalions attacked the bridge, which was defended by a company of the Royal Fusiliers.

Despite being mortally injured, Dease held the position until he was overcome by his wounds. Godley took over and despite sustaining a head wound covered the withdrawal before disabling the weapon.

Abbot added: "The branch lays a wreath at the position they held, which is marked by a plaque recalling their exploits."

Lance-Corporal Charles Jarvis and Captain Theodore Wright of the Royal Engineers were also each awarded the VC for preventing the enemy from seizing a bridge at nearby Jemappes. Wright was mortally wounded less than a month later. 

The British suffered over 1,600 casualties (killed, wounded or missing) at Mons, around half from two battalions – the 4th Middlesex and 2nd Royal Irish. The German army lost about 5,000 men killed or wounded.

The Germans later established the St Symphorien Military Cemetery which contains the graves of graves of 284 German and 229 British and Commonwealth soldiers.

Among them are the graves of the first and last Commonwealth soldiers killed during the First World War, Private John Parr and Private George Price.

After the war, the veterans who took part in the Battle of Mons proudly called themselves the "Old Contemptibles" in response to the Kaiser's slur. 

At the inauguration of the British Empire Memorial in Mons, the British Defence Minister, Field Marshal Lord Alexander of Tunis, recalled his "baptism of fire" in his first action as a young lieutenant in the battle on 23 August 1914. 

The VIPs present included Belgian Prime Minister Jean Van Houtte, Major General Sir Edward Spears, who served as a liaison officer with the French forces during the battle, and British Ambassador Sir Christopher Warner, a Captain in the Royal Fusiliers in the First World War.

The memorial was originally erected in the Belfry Park, but was moved to the original frontline at La Bascule crossroads and re-dedicated in 1986. It is close to the Celtic Cross Memorial, which honours the Irish soldiers who fought in the First Battle of August 1914 and the Second Battle of Mons in November 1918.

EU economy greenhouse gas emissions: +0.3% in Q1 2026

21 August 2026 at 08:00

The EU economy’s seasonally adjusted greenhouse gas emissions in the first quarter of 2026 were estimated at 837 million tonnes of CO2-equivalents (CO2-eq), a 0.3% increase compared with the fourth quarter of 2025 (835 million tonnes of CO2-eq). At the same time, there was no change to the EU’s gross domestic product (GDP) in the first quarter of 2026, compared with the last quarter of 2025. 

The economic sector with the largest increase in greenhouse gas emissions was electricity, gas, steam and air conditioning supply (+4.8%), while households (-1.3%), manufacturing and transportation and storage (both -0.6%) recorded the biggest decreases.

Click to enlarge

Source datasets: env_ac_aigg_q and namq_10_gdp

Compared with the first quarter of 2025, emissions went down by 1.2%, while the EU’s GDP increased by 0.8%.

Greenhouse gas emissions decreased in 7 EU countries 

In the first quarter of 2026, seasonally adjusted greenhouse gas emissions increased in 20 EU countries and decreased in 7 countries, compared with the fourth quarter of 2025.

The largest reductions in greenhouse gases were estimated for Slovenia (-5.0%), Luxembourg (-3.8%) and Romania (-2.7%).

The largest increases in greenhouse gas emissions were estimated for Estonia (+9.7%), Finland (+6.4%) and Bulgaria (+4.6%). The increases in these countries are largely due to growing emissions by economic producers in construction and electricity, gas, steam and air conditioning supply.

In the first quarter of 2026, 20 EU countries recorded increases in greenhouse gas emissions, out of which 18 also increased their GDP. 7 countries reduced their greenhouse gas emissions. Out of these, 4 countries recorded a higher or stable GDP.

Click to enlarge

Source datasets: env_ac_aigg_q and namq_10_gdp

This information comes from data on seasonally adjusted quarterly estimates of greenhouse gas emissions by economic activity, published by Eurostat. Quarterly estimates of greenhouse gas emissions complement quarterly socio-economic data, such as GDP or employment.

For more information

Methodological notes

  • Metadata on quarterly greenhouse gas emissions.
  • The data presented here are estimates by Eurostat, except for the Netherlands, Slovenia and Spain which provided their own data.
  • The greenhouse gas emission figures are seasonally adjusted. These adjusted series enable quarter-on-quarter change analyses. Data provided by countries are seasonally adjusted by Eurostat. The GDP figures are seasonally and calendar adjusted. More information on the seasonal adjustment is provided in a technical note. Eurostat’s methodology attributes international transport emissions to individual countries according to the country of residence of the emitting economic producer, following the international System of Environmental-Economic Accounting (SEEA) standard. This is in line with the European System of Accounts used for the GDP and differs from the UNFCCC and the Paris Agreement rules.
  • The EU and the EU countries report annually on their greenhouse gas emissions to the UN. The so-called ‘Kyoto basket’ of greenhouse gases includes carbon dioxide (CO2), methane (CH4), nitrous oxide (N2O) and fluorinated gases. They are expressed in a common unit: CO2-equivalents. EU countries are required to monitor their emissions of these gases for all source sectors based on internationally agreed obligations and rules. The EU greenhouse gas inventory managed by the European Environment Agency covers emissions from 1990 to 2 years before the current year and is submitted to the UN each spring after quality checks. 
  • According to the European Climate Law, the EU’s climate target is to achieve a -55% net reduction by 2030 and climate neutrality by 2050. The European Commission monitors and reports progress towards their GHG emission reduction targets on an annual basis using the inventory data in the Climate Action Progress Report.

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