Saturday, October 18, 2025

 

The Bogus Value of the Pentagon Press Pass


Exaggerated Utility


Reporting on national security matters, irrespective of which country you are in, can be a hazardous affair. In police states, the consequences are self-evident to the brave who report on their misdeeds. The paid off toadies do not count. In liberal democracies, there are also consequences for giving the game away on the national security state. The toadies, in that case, pose themselves as insiders rather than sycophants of moulded consensus. They are the blessed recipients of approved wisdom, officially or otherwise. In this cosmos of regulation, even those who disagree with official policies can be given a gentle airing.

This is particularly so in the United States. Go through the media stable of any US broadcasting network or major paper, and you find them, many former apparatchiks of the imperium’s various agencies, tugging their forelocks to empire. As Julian Assange found to his personal cost, to give the game away by publishing the national security material of Freedom’s Land is to invite prosecution and conviction under the Espionage Act of 1917, despite having never set foot in the country, let alone having US nationality.

It was therefore a rare event to see press outlets get stroppy in unison to proposals by the US Defense Secretary Pete Hegseth that reporters agree to a new policy on reporting material from the department. In a document boasting the Pentagon’s new name of “Department of War”, journalists are informed that “DoW information must be approved for public release by an appropriate authorizing official before it is released, even if it is unclassified.” Those reporting outside approved channels could be designated “a security or safety risk” and have their credentials withdrawn.

While policy acknowledges that journalists receiving and publishing unsolicited classified or sensitive information from government sources are “generally” protected by First Amendment freedoms, it takes issue with soliciting “the disclosure of such information” or encouraging Pentagon staff “to violate laws and policies concerning the disclosure of such information”.

In a post on X, Hegseth called access to the Pentagon “a privilege, not a right.” It is certainly a privilege he has been trying to trim, having implemented rules earlier this year limiting the movements of reporters through the Pentagon without approved escorts. In September, he issued a tart reminder that press members were “no longer allowed to roam the halls of a secure facility. Wear a badge and follow the rules – or go home.”

The Washington Post’s executive editor Matt Murray is of the view that the proposed policy undercuts the protections guaranteed by the First Amendment “by placing unnecessary constraints on gathering and publishing information.” Jeffrey Goldberg, editor-in-chief of The Atlanticstated his magazine’s opposition to the restrictions. “The requirements violate our First Amendment rights, and the rights of Americans who seek to know how taxpayer funded military resources and personnel are being deployed.” In his statement, National Press Club President Mike Balsamo thought Hegseth’s latest measure “a direct assault on independent journalism at the very place where independent scrutiny matters most: the US military.”

Each of the major broadcast networks issued a joint statement on October 14 saying they would refuse to subscribe to the policy. “Today, we join virtually every other news organization in declining to agree to the Pentagon’s new requirements, which would restrict journalists’ ability to keep the nation and the world informed of important national security issues.” This was a dictate “without precedent and threatens core journalistic protections.”

While the policy speaks to President Donald Trump’s ongoing mania with limiting the access of Fourth Estate outlets he dislikes, the question not being asked is how useful the Pentagon press ever was to begin with. Does having a pass to the mandarins of military power really ensure accuracy, let alone accountability, in terms of reporting? Or are such passes of greater benefit to those who grant them in the first place? Press conferences and meetings speak to management, control of the narrative, and reining in tales of misadventure. Interrogating foolish policies, misspending and acts of imperial mischief are rarely the preserve of the mainstream stable. They publish on the herd-like assumption that nothing they write will warrant exclusion from the club. Doing so also preserves conscience and cowardice, both being, as Oscar Wilde thought, much the same thing. (Conscience, he goes on to say in The Picture of Dorian Gray, is merely “the trade-name of the firm.”)

Lethal to the craft is the dual policy of keeping members of the Fourth Estate in the officers’ orbit when in Washington and embedding them with combat troops when overseas, an approach that has sterilised the prospects of steely, valuable reporting. The effectiveness of this move by the Pentagon is evident in the view of NPR’s Tom Bowman, who mourns the loss of a Pentagon pass he has held for 28 years. “For most of that time, when I wasn’t overseas in combat zones embedding with troops, I walked the halls, talking to and getting to know the officers from all over the globe, at times visiting them in their offices.”

Bowman shows no awareness that proximity to power, much like holding it, corrupts. His Pentagon years were marked by “finding out what’s really going on behind the scenes and not accepting wholesale what any government or administration says.” There is never that inkling of doubt whether such behind-the-scenes discoveries were intended. He recalls running “into an officer” in the department who revealed that the fall of Baghdad to US-led forces in 2003 was not an evident sign of decisive success. This less than revelatory account is not a patch on any of the magisterial reports from coal face scribblers such as Patrick Cockburn, who made a point very early on of mastering Middle Eastern affairs by actually being there. He could tell long before any bloodhound in the Pentagon could that Washington’s foolish and destructive presence in Mesopotamia was doomed to failure and lasting consequences.

Perhaps now, with their cherished passes surrendered or revoked, the moaning establishment hacks might finally get some decent reporting done on the national security state in all its wondrous, spanning ghastliness. Hegseth may well have done them an enormous favour while scuttling an important platform of influence.

Binoy Kampmark was a Commonwealth Scholar at Selwyn College, Cambridge. He lectures at RMIT University, Melbourne. Email: bkampmark@gmail.comRead other articles by Binoy.

 

Trump, Tomahawks and Telephone Calls

Zelensky arrived in Washington on Friday, attired in his newly tailored suit, but he found no red carpet or even a high-level Trump official to greet him. Anticipating a cache of Tomahawks, he was apparently unaware of the telephone call between Trump and Putin and the meeting in Budapest in two weeks, to which he’s been excluded. Zelensky did meet with officials from Raytheon, maker of the Tomahawk missiles.

At a later press conference, Trump sidestepped questions about giving Tomahawks to Ukraine, except to say they were a “big deal, vicious and bad things can happen if they are used.” According to the Financial Times, the Pentagon’s supply is dangerously depleted, only 30-50 could be spared, and in any case, they would not change the outcome of the war.

One can never be sure, but presumably, Trump has finally accepted that the US started this proxy war in 2014. But it was the mention of Tomahawks that prompted Putin to make it clear to Trump that he’s being lied to by Zelensky, Kellogg, his advisors, and the British about the war. To wit: The Russians are decidedly winning, and it’s a reality that Trump must accept.

Alex Mercouris, another of my trusted sources, reports that because of their range and who would be operating them, Russia would consider the use of Tomahawks “a flagrant act of war.” As such, prospects for a negotiated end to the fighting and future trade with the United States would be dashed. Both these points were no doubt taken very seriously by Trump.

Finally, I’ve long held the opinion that Trump wants out of the war but does not want, as Garland Nixon notes, an “out with an ‘L’.” Hence, after an intense to and fro among Putin’s inner circle, it was decided to offer one last, best off ramp for Trump. It will occur in Budapest in two weeks.

Gary Olson is Professor Emeritus at Moravian College, Bethlehem, PA. Contact: glolson416@gmail.com. Per usual, thanks to Kathleen Kelly, my in-house ed. Read other articles by Gary.

 

Fabricating skin-like devices from metals that can bend, stretch and heal





International Journal of Extreme Manufacturing
Schematic of fabrication techniques and on-skin applications from flexible electrodes (FEs) to soft epidermal electrodes (SEEs) 

image: 

Nano/micro-engineered metallic flexible electrodes are seamlessly integrated with human body as soft epidermal electrodes, via in situ and transfer fabrication methods, demonstrating significant potential for on-skin applications.

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Credit: By Haoran Zhu§, Haogeng Liu§, Jeong Ho Cho* and Gui-Shi Liu*






Metals have long been prized for their unmatched electrical conductivity. But their rigidity has historically kept them out of the race to build flexible, skin-like electronics. Now, a wave of research is reshaping this narrative—transforming metals into stretchable, breathable, and even self-healing components for the next generation of wearable technology.

A new review in International Journal of Extreme Manufacturing highlights the rapid progress in turning metallic materials into flexible electrodes (FEs) and, ultimately, soft epidermal electrodes (SEEs). Unlike the rigid metal pads traditionally used in medical monitoring, SEEs are engineered to mimic the softness and stretchability of skin itself. They conform like a second layer of tissue, remaining comfortable even during long wear and delivering stable, high-quality signals.

The journey from stiff metal to supple electrode has taken three major directions. Some researchers pattern ultrathin metallic films into intricate meshes, creating lightweight networks that retain conductivity while gaining flexibility and transparency. Another centers on metal nanowires, most notably silver, whose nanoscale dimensions allow them to form highly conductive yet stretchable networks capable of dissipating strain. A third pathway is driven by liquid metals, which combine fluidity with high conductivity and even the ability to self-heal when damaged.

Together, these approaches are redefining what metals can do, creating electrodes that are transparent, stretchable, and durable enough for daily use on the body.

A particularly exciting frontier is the development of ultrathin SEEs, or U-SEEs, which adhere to skin almost like a temporary tattoo. Fabricated through both in situ and transfer-based methods, these devices create intimate, conformal contact that allows them to sense bioelectric signals, stimulate nerves or muscles, and even harvest energy—all while remaining nearly imperceptible to the wearer. Their potential spans from personalized healthcare to advanced rehabilitation and human–machine integration

But the path forward is not without obstacles. Metal meshes can scatter light and lose strength when stretched. Nanowires, while powerful, are vulnerable to corrosion and heat. Metal meshes can suffer from optical haze and limited durability under strain; nanowires are vulnerable to corrosion and instability; and liquid metals present processing and safety hurdles. Just as critically, integrating these flexible components with rigid chips and power sources remains a bottleneck.

Researchers are also dealing with practical issues like ensuring breathability, skin-safe adhesion, and long-term reliability—all essential for everyday wear.

Even so, the progress is very promising. Researchers are now exploring composite designs that combine the best qualities of different metallic systems to balance flexibility, conductivity, and transparency. At the same time, scalable fabrication methods such as 3D printing, aerosol jet printing, and roll-to-roll processing are being refined to bring these technologies closer to mass production. Layered atop this foundation, artificial intelligence and multimodal sensing are expected to elevate these epidermal systems into intelligent platforms capable of predictive healthcare and next-generation human–machine interaction.

As corresponding author Prof. Jeong Ho Cho at Yonsei University explains, “We hope these advances will allow epidermal electronics to integrate effortlessly into daily life, supporting personalized healthcare, rehabilitation, and beyond.” The once-rigid world of metals is now bending to human needs, evolving into warm, skin-like companions that may soon become as natural to wear as clothing—ushering in a future where electronics are not just worn, but lived in.


International Journal of Extreme Manufacturing (IJEM, IF: 21.3) is dedicated to publishing the best advanced manufacturing research with extreme dimensions to address both the fundamental scientific challenges and significant engineering needs.

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Road noise can actually make squirrels feel safer, new study finds



Human disturbance has a significant impact on the behaviour and habitat use of urban wildlife, however, in some situations urban grey squirrels may actually feel safer from predators where our activity is high.


University of Exeter




Human disturbance has a significant impact on the behaviour and habitat use of urban wildlife, however, in some situations urban grey squirrels may actually feel safer from predators where our activity is high.

A new study from the University of Exeter, published in Oikos, reveals the paradoxical ways grey squirrels balance risk and foraging in urban environments. Researchers measured how much food squirrels left behind in standardised food patches in different places, which reflects how dangerous they perceived their local surroundings to be. They found that squirrels felt safer from predators near roads when noise levels were consistently loud.

However, squirrels also perceived foraging as more dangerous where noise was less consistent. The findings highlight the complex trade-offs squirrels face in urban environments when balancing the risks and benefits associated with living alongside humans.

Dr Sasha Dall from the University of Exeter said: “Our findings suggest human activities have a double-edged impact on urban wildlife like the grey squirrel. While human disturbance can offer reduced risk from predators in some situations, it can also increase it in others. Squirrels are having to adapt to these challenges by altering their foraging behaviour and habitat use.

“We now need to explore the variations in food supply, reproductive success, and survival rates of grey squirrels across different levels of urbanisation to better understanding the impact human disturbance has on them.”

The research shows how urban features can reshape the ‘landscape of fear’ in urban wildlife and that not all human disturbance is equal. Researchers offered squirrels the choice between ‘safe’ (under cover) and ‘risky’ (out in the open) artificial feeding patches and found that the difference in food eaten from safe and risky foraging patches decreased closer to roads, particularly where noise was loud but steady. This suggests squirrels perceive these sites as lower in predation risk.

Dr Kristin Thompson, who conducted this research as part of her PhD at the University of Exeter, said: “These results seem counterintuitive, but show whilst roads can present a risk of being hit by a vehicle, squirrels living near roads appear to perceive the risk of being caught by a predator as lower, if road noise is consistent. This ability to navigate complex risks is an example of why grey squirrels are so successful in urban spaces.”

Dr Sasha Dall was funded by a Royal Society Leverhulme Trust Senior Research Fellowship.

The paper titled ‘Urban noise and its predictability moderate perceived risk associated with roads in grey squirrels’ is published in Oikos.

ENDS

 

“Dual feeding” strategy helps Mediterranean coral thrive in rising sea temperatures



A flexible diet underlies coral's resilience to human-altered Mediterranean



Center for Genomic Regulation

O patagonica in the wild 

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The Mediterranean coral Oculina patagonica in the wild

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Credit: Hagai Nativ





An exceptional “dual feeding” strategy underlies a Mediterranean coral’s resilience to rising sea temperatures, according to a study in Nature.

The stony coral Oculina patagonica is known to feed itself with or without algae. Now, the first direct comparison of algae-hosting cells in O. patagonica and other coral species reveals how this flexibility works at the genetic and cellular level.

First discovered in the Gulf of Genoa in 1966, O. patagonica was thought to be an invasive species from the Atlantic, until recent studies showed it is native to the Mediterranean, quietly persisting in small numbers for millions of years until changing conditions helped it expand.

The coral has spread rapidly since. It has established populations along most of the shallow coasts of the Mediterranean Sea, where water temperatures range from around or below 10ºC in winter to over 30ºC in summer.

“When first documented in Levantine waters, it was thought that O. patagonica would not survive because summer temperatures were too high, but against all predictions, it established itself and populations are growing,” explains Dr. Shani Levy, first author of the study who carried out the work at the Centre for Genomic Regulation (CRG) in Barcelona.

Oculina is a type of stony coral, marine animals which build hard skeletons. Stony corals host photosynthetic algae in their cells and rely on them for energy in a mutually beneficial symbiotic relationship. The algae can provide up to 90% of a coral’s energy requirements, fuelling the formation of massive calcium carbonate skeletons that provide the structure and foundation for coral reefs.

However, Oculina is different. Its skeleton is small and its partnership with algae is optional. When the Mediterranean’s sea temperatures climb past 29°C, it expels algae from its host cells, losing its brown-orange colour. This bleaching event would be fatal for other corals, but Oculina survives long enough to regain algae in its host cells during the cooler autumn waters. It can even survive without any algae at all, with populations found in caves or at depths of 30 to 40 metres, where little light penetrates.

“Oculina’s ability to live without a photosynthetic partner allows it to settle in deeper waters where less light is abundant, or tolerate turbid waters, where light is blocked by increased sedimentation caused by navigating ships. That’s a huge advantage in the human-altered Mediterranean Sea and one of the reasons we chose to study this species,” explains Dr. Xavier Grau-Bové, co-author of the study and postdoctoral researcher at the Centre for Genomic Regulation (CRG) in Barcelona.

The authors of the study explored the stony coral’s resilience at the genetic, cellular and evolutionary level. The research group specialises in combining genome sequencing with single-cell sequencing to uncover how life’s cellular building blocks evolved in species, especially in non-model or understudied organisms.

They sequenced Oculina patagonica’s genome and analysed tens of thousands of individual cells to look at which genes are used when the marine animal contains symbiotic algae vs. when it doesn’t. The researchers also built similar cell atlases for two tropical stony corals that depend entirely on algae to allow for direct comparison between species.

They discovered that when algae are present, Oculina’s cells rely strongly on lipids, or fats, obtained from the symbionts. These lipids are important building blocks and can be stored for later use, giving the coral a more stable energy reserve than sugars alone.

When algae are absent, Oculina shifts its cell programs, boosting the activity of immune-like cells that could be clearing away dying symbiotic cells. It also expands gland and digestive cells, allowing the coral to capture and digest particles directly from the water. This mode of feeding is known as heterotrophy.

Oculina is resilient because it does not strictly depend on photosynthetic products from the algae,” explains ICREA Research Professor Arnau Sebe-Pedrós, senior author of the study and researcher at the Centre for Genomic Regulation (CRG).

“It can obtain photosynthetic products when the algae are present, and that’s probably optimal, but Oculina can also survive feeding only heterotrophically, eating small organic particles and plankton captured and digested in the gut,” he adds.

When the researchers compared cell atlases, they found the same cells and gene pathways Oculina uses to feed heterotrophically in other corals that are algae-dependent, but they are switched. The discovery means the ability to feed without algae is not unique to Oculina, but an ancient ability that is present across corals, likely conserved from a common ancestor.

“Oculina’s life strategy seems to be one of resilience through diversification. It didn't need to invent a completely new lifestyle from scratch but rather dust off some old tools in its toolbox,” says Dr. Grau-Bové.

The study is a window into how marine species are adapting to climate change in the Mediterranean. As a semi-enclosed sea, Mediterranean waters experience sharper swings in temperature, salinity and nutrient inputs than the open ocean.

“It acts like a natural stress test,” says Dr. Levy. “Corals and other organisms living here are already coping with more extreme fluctuations, so the Mediterranean gives us a kind of preview of how marine life might fare under accelerated climate change.”

While the study suggests corals like O. patagonica may have a better chance of surviving in warming oceans, the researchers caution that Oculina itself is not a major reef-builder, so it’s unlikely to mitigate the loss of coral reefs, ecosystems which cover less than 1% of the ocean floor yet support a quarter of all marine species.

“The best way to help any marine ecosystem, reefs included, to withstand this warming world will always be to prevent the warming in the first place,” concludes Dr. Grau-Bové.