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Israel/Somalia: Statement by the Spokesperson on the territorial integrity of the Federal Republic of Somalia

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Israel/Somalia: Statement by the Spokesperson on the territorial integrity of the Federal Republic of Somalia

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Israel/Somalia: Statement by the Spokesperson on the territorial integrity of the Federal Republic of Somalia

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Israel/Somalia: Statement by the Spokesperson on the territorial integrity of the Federal Republic of Somalia

Israel/Somalia: Statement by the Spokesperson on the territorial integrity of the Federal Republic of Somalia

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Religious Equality in Spain: Why Cooperation Still Stalls

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Religious Equality in Spain: Why Cooperation Still Stalls

At ICAM, Martínez-Torrón explained why Spain stopped signing new religious agreements—and what that means for equality, funding, and rights.

At a commemorative session marking the seventh anniversary of the Canon Law Section of Madrid’s Bar Association (ICAM), a legal question cut through the celebratory tone: if Spain’s Constitution calls for cooperation with religious communities, why does cooperation still look so uneven in practice? Streamed online to viewers well beyond Spain, the event blended institutional pride with a pointed assessment of how Spain manages neutrality, cooperation and equality in the field of religious freedom.

An anniversary with scale—and growing public relevance

Opening the event, Mónica Montero Casillas underscored the section’s momentum: nearly fifty sessions organised in seven years and 734 registered lawyers within the ICAM section. The scene matters because it signals a broader shift: what is often treated as a specialist branch of law—church-state relations—now touches everyday governance, from public services and education to taxation, prisons, hospitals and, increasingly, technology.

That practical frame shaped the keynote lecture by Professor Javier Martínez-Torrón, titled “State agreements with religious denominations: between neutrality, cooperation and equality.”

The constitutional anchor: neutrality is not indifference

Martínez-Torrón’s starting point was Article 16.3 of Spain’s Constitution: the State has no official religion, yet public authorities must take account of society’s religious beliefs and maintain “appropriate relations of cooperation” with the Catholic Church and other denominations.

His core argument was consistent throughout the session: cooperation is not a privilege. Properly understood, it is a way to make religious freedom workable when it operates collectively and socially—chaplaincy, worship spaces, rites, education, or reasonable accommodations within public institutions.

In that light, he pushed back against a political trope that treats the 1979 agreements with the Holy See as mere historical favouritism. For him, the legal logic is the opposite: cooperation, neutrality and equality are tools that shape the practical content of religious freedom.

Bilateralism: the system Spain chose—and then paused

One striking moment was the speaker’s candid shift from earlier academic positions. While he once considered more unilateral state regulation, he now sees Spain’s context differently: where there is a long tradition of bilateral arrangements, abandoning them overnight in favour of a purely state-designed framework could become legally destabilising and politically divisive.

The deeper problem, he argued, is not the existence of agreements, but their stagnation. After the 1992 cooperation laws with the Evangelical, Jewish and Muslim representative bodies, Spain has not meaningfully advanced new agreements with other communities, even when they have been recognised as having “notorio arraigo” (well-established presence).

“Lots of religious freedom—too little specific cooperation”

Technically, one of his sharpest critiques concerned the content of the 1992 agreements themselves: much of what they regulate looks less like “cooperation” and more like baseline religious-freedom protections.

That distinction matters in real administration. When rights are treated as pact-based “benefits,” they can be managed like exceptions rather than as guarantees. The Q&A made the point concrete with a topic that often surfaces in litigation and daily practice: religious diets in public institutions. Martínez-Torrón argued that a cooperative state should provide predictable procedures so reasonable accommodations do not depend on ad-hoc goodwill.

Funding: the issue policymakers avoid naming

Financing quickly became the heart of the session. Spain’s IRPF tax allocation mechanism allows taxpayers to direct 0.7% to the Catholic Church. The dispute, as framed in the conference, is that other socially rooted communities have not been offered an equivalent choice.

Here the discussion turned to the Pluralism and Coexistence Foundation. Martínez-Torrón portrayed it as a workaround created after governments repeatedly refused to extend the tax-allocation model beyond the Catholic Church. His criticism was not that the foundation is unlawful; rather, he warned of two risks: reduced transparency and structural dependency when funding decisions are essentially administrative.

In his view, a fairer approach would be to let taxpayers decide—while keeping the foundation focused on cultural, social and academic programmes rather than acting as a substitute “church funding channel.”

The debate also connected with recent state action: Spain has announced steps to align the fiscal treatment of well-established denominations, and in 2025 adopted a framework for direct subsidies to minority faith bodies that hold cooperation agreements. The policy reality, then, is not “no public money,” but an ongoing conflict over criteria, equality and democratic accountability.

“Notorio arraigo”: recognition without a pathway

Another thread ran through the lecture: once the State chooses to implement cooperation through agreements, it cannot apply cooperation in an arbitrary or discriminatory manner. For Martínez-Torrón, recognising a community as “well-established” while keeping it indefinitely outside negotiated instruments leaves it in a legal limbo.

The implication was strategic as well as constitutional: if equality is a guiding principle, the system cannot rely on permanent provisional fixes.

Spain and Italy: two commissions, two political cultures

A comparative exchange with Rafael Navarro-Valls sharpened the contrast with Italy, where numerous intese exist and more are negotiated. Martínez-Torrón pointed to two factors: Italy lacks a broad religious-freedom law like Spain’s, pushing more issues into agreements; and, crucially, institutional design matters. He described Spain’s advisory structures as heavily dependent on political will to convene, while portraying Italy’s mechanisms as more autonomous and technically driven—able to keep initiatives alive across changing governments.

The takeaway: cooperation needs predictable rules

The session ended with thanks, but its underlying conclusion was clear: Spain’s cooperative model is operational, but uneven—and politically underpowered when it comes to updating itself. Neutrality may be constitutional doctrine, yet equality in practice requires predictable rules, transparent criteria and a long-term commitment that does not fluctuate with political cycles.

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Ultrafast shaking of magnetization for future quantum technologies

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Ultrafast shaking of magnetization for future quantum technologies

An international team of researchers led by Lancaster University has discovered a highly efficient mechanism for shaking magnets using very short light pulses, shorter than a trillionth of a second.

An experimental setup showing mirrors to guide and focus ultrashort light pulses onto the magnet. Image credit: Lancaster University

Their research is published in the prestigious journal Physics Review Letters.

The discovery of new fundamental properties and phenomena in magnetic materials is essential for the development of faster and energy-efficient devices.

Using a very short electromagnetic pulse to shake the magnetization, researchers investigated its effect on the magnetization steering angle in two similar magnetic materials with different electronic orbitals. After shaking the magnet and subsequently analysing its magnetic state, they found that interaction between orbital motion and spinning enables a 10-fold larger spin deflection by the light pulse than the one without such interactions.

Lead author Dr Rostislav Mikhaylovskiy said: “We believe that this exciting discovery will stimulate further studies of the mechanisms governing the efficient and rapid control of magnetization for future quantum technologies.”

Magnetic materials remain a significant part of our everyday lives, from refrigerator magnets memorabilia to compasses and magnetometers in our cell phones and personal computers. Large data centers rely on magnetic materials as data storage media, in which bits of information (i.e., “0” or “1”) are encoded by the magnetization direction (i.e., “up” or “down”).

The term “magnet” describes materials that can attract or repel other magnetic objects without touching them directly. In the simplest terms, the emergence of magnetism can be described by a model in which electrons orbit the atomic nucleus, analogous to planets orbiting the Sun. As the planets gyrate their rotational axes, the electrons exhibit a similar spinning. Due to the spinning, an electron behaves as an elementary magnet, called a “spin”. The symmetry of electron orbital motion determines the direction of their spins, which can be thought of as a small “needle of a compass” pointing to “North” or “South” depending on the spin’s polarity.

In materials, orbiting electrons of one atom interact with one another and with the electrons of neighboring atoms. These interactions determine the magnetization direction and the degree to which it is sensitive to the external stimulus. To steer the magnetization away from its steady-state direction, one may modify the electron orbital or the spin state directly. With strong enough steering, the magnetization direction can be reversed.

Source: Lancaster University

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Ultrafast shaking of magnetization for future quantum technologies

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Ultrafast shaking of magnetization for future quantum technologies


An international team of researchers led by Lancaster University has discovered a highly efficient mechanism for shaking magnets using very short light pulses, shorter than a trillionth of a second.

Ultrafast shaking of magnetization for future quantum technologies

An experimental setup showing mirrors to guide and focus ultrashort light pulses onto the magnet. Image credit: Lancaster University

Their research is published in the prestigious journal Physics Review Letters.

The discovery of new fundamental properties and phenomena in magnetic materials is essential for the development of faster and energy-efficient devices.

Using a very short electromagnetic pulse to shake the magnetization, researchers investigated its effect on the magnetization steering angle in two similar magnetic materials with different electronic orbitals. After shaking the magnet and subsequently analysing its magnetic state, they found that interaction between orbital motion and spinning enables a 10-fold larger spin deflection by the light pulse than the one without such interactions.

Lead author Dr Rostislav Mikhaylovskiy said: “We believe that this exciting discovery will stimulate further studies of the mechanisms governing the efficient and rapid control of magnetization for future quantum technologies.”

Magnetic materials remain a significant part of our everyday lives, from refrigerator magnets memorabilia to compasses and magnetometers in our cell phones and personal computers. Large data centers rely on magnetic materials as data storage media, in which bits of information (i.e., “0” or “1”) are encoded by the magnetization direction (i.e., “up” or “down”).

The term “magnet” describes materials that can attract or repel other magnetic objects without touching them directly. In the simplest terms, the emergence of magnetism can be described by a model in which electrons orbit the atomic nucleus, analogous to planets orbiting the Sun. As the planets gyrate their rotational axes, the electrons exhibit a similar spinning. Due to the spinning, an electron behaves as an elementary magnet, called a “spin”. The symmetry of electron orbital motion determines the direction of their spins, which can be thought of as a small “needle of a compass” pointing to “North” or “South” depending on the spin’s polarity.

In materials, orbiting electrons of one atom interact with one another and with the electrons of neighboring atoms. These interactions determine the magnetization direction and the degree to which it is sensitive to the external stimulus. To steer the magnetization away from its steady-state direction, one may modify the electron orbital or the spin state directly. With strong enough steering, the magnetization direction can be reversed.

Source: Lancaster University




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Ageing stars likely destroy their closest planets

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Ageing stars likely destroy their closest planets


Ageing stars look to be destroying the giant planets orbiting closest to them, according to a new study by astronomers at University of Warwick and UCL.

1 13 Ageing stars likely destroy their closest planets

Image credit: NASA/GSFC/Frank Reddy

Once a star like the Sun runs out of hydrogen, it cools down and expands to become red giant. In the Sun’s case this will happen in about five billion years and scientists think this expansion will cause the destruction of Mercury, Venus and perhaps Earth, but lack evidence on how or whether this will definitely happen.

In a new study published in the Monthly Notices of the Royal Astronomical Society, researchers from Warwick and UCL have looked at nearly half a million nearby star systems to get more clarity on the matter by finding out how common it is for a nearby planet to survive their host star becoming a red giant.

Across these star systems, they found that planets are much less likely to be found orbiting close-by to red giant stars, indicating that many of the planets were likely already destroyed when their host stars expanded.

Lead author Dr Edward Bryant, Warwick Astrophysics Prize Fellow, University of Warwick, who completed most of this work while at the Mullard Space Science Laboratory at UCL said: “This is strong evidence that as stars evolve off their main sequence, they can quickly cause planets to spiral into them and be destroyed. This has been the subject of debate and theory for some time but now we can see the impact of this directly and measure it at the level of a large population of stars.

“We expected to see this effect, but we were still surprised by just how efficient these stars seem to be at engulfing their close planets.

“We think the destruction happens because of the gravitational tug-of-war between the planet and the star, called tidal interaction. As the star evolves and expands, this interaction becomes stronger. Just like the Moon pulls on Earth’s oceans to create tides, the planet pulls on the star. These interactions slow the planet down and cause its orbit to shrink, making it spiral inwards until it either breaks apart or falls into the star.”

The researchers focused their investigation on stars that had just entered the “post-main sequence” phase of their lives (after running out of hydrogen) and only found 130 planets and planet candidates (including 33 we didn’t know about before) orbiting closely around these ageing stars.

When limiting their investigation to just the stars that had progressed to the stage of cooling and expanding (and hence classed as red giants), they found that the chance of a red giant hosting a nearby planet was only 0.11%, about three times lower than the percentage of a main-sequence star hosting a close giant planet.

Co-author Dr Vincent Van Eylen, Mullard Space Science Laboratory at UCL said: “In a few billion years, our own Sun will enlarge and become a red giant. When this happens, will the solar system planets survive? We are finding that in some cases planets do not.

“Earth is certainly safer than the giant planets in our study, which are much closer to their star. But we only looked at the earliest part of the post-main sequence phase, the first one or two million years of it – the stars have a lot more evolution to go.

“Unlike the missing giant planets in our study, Earth itself might survive the Sun’s red giant phase. But life on Earth probably would not.”

While this study has found that rate at which giant planets occur decreases with how old the star is, there is much to learn from the small number of planets that are still found closely orbiting a red giant star. But more data is needed to get to the bottom of why some, but not all planets fall victim to ageing stars.

Dr Bryant concluded by saying: “Once we have these planets’ masses, that will help us understand exactly what is causing these planets to spiral in and be destroyed.”

The paper, ‘Determining the impact of post-main sequence stellar evolution on the transiting giant planet population’ is published in MNRAS. DOI: https://doi.org/10.1093/mnras/staf1771

The researchers received funding from the UK Science and Technology Facilities Council (STFC).

Source: University of Warwick




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The 2025 EIT Innovation Awards Winners Announced

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The 2025 EIT Innovation Awards Winners Announced

The EIT Awards highlight why Europe needs strong innovation ecosystems connecting education, research and business in an innovation ecosystem. These innovators show how entrepreneurship and collaboration can address real challenges that matter to citizens. We are committed to supporting this work and helping more talented Europeans turn their fledgling ideas into marketable solutions. Antoaneta Angelova […]

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UN peacekeeper shot and wounded near ‘Blue Line’ in southern Lebanon

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According to a note to correspondents According to UN spokesperson Stéphane Dujarric, the incident occurred during a patrol of the UN Interim Force in Lebanon (UNIFIL) was inspecting a roadblock in the village of Bastarra, southern Lebanon.

THE Blue lineestablished by the United Nations, extends approximately 120 kilometers along Lebanon’s southern border and serves as a “withdrawal line” to confirm Israel’s withdrawal from southern Lebanon.

In a separate incident on the same day, another UNIFIL patrol reported machine gun fire coming from south of the Blue Line, in the immediate vicinity of its position, near the village of Kfar Shouba.

“UNIFIL had informed the Israel Defense Forces in advance of activities in these areas, in accordance with the usual practice of patrolling sensitive areas near the Blue Line,” Mr. Dujarric said.

He noted that in recent days, incidents restricting UNIFIL’s movements by local individuals have also taken place in the Mission’s area of ​​operations.

“Any act that could endanger the safety and security of United Nations peacekeepers is completely unacceptable,” Mr. Dujarric said.

“We reiterate our call to all actors to cease activities that endanger the well-being of peacekeepers and that interfere with their mandated activities in support of the implementation of the Security Council resolution 1701“, he added.

The UN spokesperson further reminded the parties of their responsibility to ensure the safety and security of peacekeepers.

Originally published at Almouwatin.com

International Day for Epidemic Preparedness: How EU funding is boosting Europe’s readiness for future health emergencies

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International Day for Epidemic Preparedness: How EU funding is boosting Europe’s readiness for future health emergencies

27 December is observed as International Day for Epidemic Preparedness, highlighting the crucial need to prevent, detect and effectively respond to health threats that can become epidemics. 

Several projects managed by HaDEA are enhancing Europe’s resilience against potential future outbreaks, ultimately working to protect the lives and wellbeing of citizens. 

EU-funded projects deepening our understanding of viruses with pandemic potential 

PANDOMIC aims to strengthen pandemic preparedness at the EU level by enhancing the monitoring of microbial genomic information through cross-border collaboration. Funded under the EU4Health programme and implemented in Luxembourg and Romania, PANDOMIC is developing advanced techniques to read the complete genetic code of SARS-CoV-2, while expanding to other viruses and pathogens, such as respiratory syncytial virus (RSV), and antimicrobial resistance (AMR) in foodborne pathogens. 

Having started in 2023 and now nearing its end date, the project has already achieved key results: the RSV genetic analysis has been added to national monitoring systems in Luxembourg, while a national bioinformatics hub has been established in Romania.   

Genomic surveillance of selected infectious diseases in the Czech Republic (HERA2CZ) is a recently completed project funded under EU4Health with the objective of supporting Prague’s National Institute of Public Health in better identifying and studying the genetic makeup of pathogens affecting humans. These include viruses such as SARS-CoV-2 and antibiotic-resistant bacteria. 

Thanks to HERA2CZ, the Institute has successfully developed methods for reading entire genetic codes of several viruses and incorporated them into the work of national reference laboratories. This has contributed to a more robust public health system, capable of monitoring multiple disease threats and antimicrobial resistance, strengthening Czech and EU capacity for outbreak detection. 

LONG COVID seeks to examine the mechanisms behind the long-term effects of a COVID-19 infection. Funded under Horizon Europe, the project is developing tools and knowledge to support physicians in accurately managing long COVID syndrome (LCS). 

By combining expertise from clinical medicine, virology, metabolism and immunology, LONG COVID aims to develop and apply a machine learning and AI-powered support tool for long COVID prediction. 

EU-funded projects working to accelerate the production of vaccines and medicines 

RoboPharma project is developing a decentralised and agile pharmaceutical manufacturing platform to enhance the production capabilities of pharmacies across Europe. By using cutting-edge technologies such as AI-driven analytics and automated workflows, the platform aims to rapidly respond to fluctuating demand, ensuring swift, scalable and efficient production of essential medicines.  

As a result, this EU4Health funded project is contributing to improving crisis preparedness while strengthening the overall EU pharmaceutical supply chain, empowering healthcare providers to respond quickly and effectively to public health emergencies. 

The EU4Health SPEEDCELL project aims to accelerate the development and manufacturing of vaccines and others biological products by establishing a faster, more flexible and more efficient production platform that can address future health crises timely and effectively. 

The project aims to reduce vaccine and other therapeutics production time to just 100 days achieving the so-called ‘100 days mission’ goal. 

EU4Health contracts advancing preparedness against cross-border health threats 

In addition to these projects, HaDEA has signed contracts under the EU4Health programme to strengthen preparedness against potential future health threats. 

One contract seeks to develop a groundbreaking diagnostic device to provide antimicrobial susceptibility results on bacteria within an hour, which will help clinicians choose the appropriate treatments and therefore reduce the prescription of wide-range antibiotics and the risks associated with antimicrobial resistance (AMR). 

HaDEA is also funding a new medical device that aims to revolutionise the detection of viruses and other pathogens through an international consortium on RApid Next Generation Sequencing for Effective Medical Response (RANGER).  

The partnership is working to develop a rapid point-of-care medical device that enables hospitals and other healthcare facilities to detect respiratory viruses at an early stage, contributing to making a difference between a contained local outbreak and an epidemic. Funded under the EU4Health programme, RANGER’s medical device is meant to timely detect known respiratory pathogens while monitoring unusual or new pathogens via a surveillance application, helping with early warning and pandemic preparedness. 

Two other contracts will support training programmes in the field, including workshops and trainings on civil military cooperation in health security preparedness and the development of simulation exercises to test the prevention, preparedness and response capacities of the European Union for future health crises. 

Background 

EU4Health is the fourth and largest of the EU health programmes. The EU4Health programme goes beyond an ambitious response to the COVID-19 crisis to address the resilience of European healthcare systems. The programme provides funding to national authorities, health organisations and other bodies through grants and public procurement, contributing to a healthier Europe. HaDEA manages the vast majority of the total EU4Health budget and implements the programme by managing calls for proposals and calls for tenders from 2021 to 2027.     

Horizon Europe is the research and innovation programme of the EU for the period 2021-2027. The aims of Cluster 1 ‘Health’ include improving and protecting the health and well-being of citizens of all ages by generating new knowledge, developing innovative solutions and integrating where relevant a gender perspective to prevent, diagnose, monitor, treat and cure diseases. Horizon 2020 (H2020) was the EU’s multiannual funding programme between 2014 and 2020.        

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UN renews ceasefire efforts in Sudan

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This call follows a peace initiative presented by the transitional Prime Minister of Sudan during a Security Council meeting earlier this week.

UN Secretary-General António Guterres “takes note of the peace initiative,” its spokesperson said on Friday, stressing that “the search for lasting and inclusive peace is essential as the conflict enters a new year.»

He called on the parties to agree on an immediate cessation of hostilities and work towards a lasting ceasefire that preserves the unity and territorial integrity of Sudan, urging Sudanese actors to “prioritize compromise and articulate a shared vision for a civilian-led transition.»

The Secretary General Personal envoy for SudanRamtane Lamamra, remains ready to advance consultations with both parties to help ensure an inclusive and lasting resolution, complementing the ongoing efforts of Member States and regional partners.

Peacekeepers withdraw after deadly attack

The peace effort comes against a backdrop of serious security setbacks on the ground.

This weekend, the UN peacekeeping mission in Abyei oil region – which straddles Sudan and South Sudan – has completed the evacuation of its logistics base in Kadugli, South Kordofan, ending nearly 13 years of operations at the site.

The withdrawal followed drone attacks on December 13 that killed six Bangladeshi peacekeepers and seriously injured nine other people. The remains of those killed have been repatriated, while eight of the injured are being treated in Kenya.

The Kadugli base served as the headquarters of the Joint Border Verification and Monitoring Mechanism (JVMM), which monitors a demilitarized and secure border zone established by Sudan and South Sudan in 2012.

UNISFA continues to operate from other locations, including Tishwin and Abu Qussa.

Humanitarian needs are increasing

Beyond the battlefield, humanitarian needs continue to increase.

A recent UN-led assessment shows that female-headed households face increased vulnerability across Sudan, including reduced access to cash, education and water services, and greater exposure to displacement and protection risks.

At Monday’s Security Council meeting, senior UN officials warned that intensified fighting – particularly in Kordofan and Darfur – has led to massive displacementdisrupted access to aid and worsened already catastrophic conditions for civilians.

In its third year, the war between the Sudanese Armed Forces (SAF) and the paramilitary Rapid Support Forces (RSF) has precipitated one of the world’s worst humanitarian crises, killing thousands of civilians, displacing millions and triggering famine conditions in several regions.

Originally published at Almouwatin.com