Toggle light / dark theme

The Impact Of Tech On Geopolitics: Why Business Needs To Rethink Risk

#risk #tech #business #geopolitical


Geopolitical tensions and kinetic conflicts can impact both physical security and supply chain stability, as well as overall economic stability. Evolving and often contradictory regulatory environments can create compliance challenges across different jurisdictions. Operating on the home turf of potentially hostile nation-states can increase insider risk, as employees may choose or be compelled to misuse their privileged access to appropriate and exfiltrate sensitive information from the organization. There are also risks that remain agnostic of jurisdiction, such as cyber threats, whether perpetrated by criminals, state-backed actors, or even hacktivists.

AI-generated wildlife videos generate confusion and threaten conservation efforts

A video is circulating on social media in which a leopard enters the backyard of a house where a child is playing, and a cat confronts the leopard and scares it away, protecting the child. The video has garnered over a million “likes” and has been shared more than 15,000 times.

Another series of videos shows bears or deer jumping on a trampoline in a backyard. In another, three raccoons float down a river riding on three crocodiles. All of these videos are created by , and thanks to their high degree of realism, appear to be real.

Given the proliferation of these types of videos and the lack of research on this topic in , researchers from the GESBIO group at the University of Cordoba—José Guerrero, Francisco Sánchez, Antonio Carpio, Rocío Serrano, and Tamara Murillo—have spotlighted this issue, analyzing the different consequences that these AI-generated videos have on the knowledge and conservation of wild species.

Global initiative advances next-generation light sensors based on emerging materials

A global team of experts from academia and industry has joined forces in a landmark Consensus Statement on next-generation photodetectors based on emerging light-responsive materials, which could accelerate innovative applications across health care, smart homes, agriculture, and manufacturing.

Professor Vincenzo Pecunia, head of the Sustainable Optoelectronics Research Group (www.sfu.ca/see/soe), has led this global initiative culminating in the publication of a Consensus Statement in Nature Photonics. Featured on the journal’s cover, the paper provides a unified framework for characterizing, reporting, and benchmarking emerging light-sensing technologies. These guidelines could catalyze the adoption of such sensors across a wide range of applications, enhancing quality of life, productivity, and sustainability.

Light sensors, also known as photodetectors, are devices that convert light into electrical signals. They are at the heart of countless smart devices and represent a valued at over $30 billion, reflecting both their ubiquity and economic significance. Emerging photodetectors—including those based on organic semiconductors, perovskites, , and two-dimensional materials—could take this field even further by enabling ultrathin, flexible, stretchable, and lightweight sensors. These next-generation photodetectors promise lower costs, enhanced performance, and unique functionalities, paving the way for applications that were previously impossible.

Caretaker AI & Genus Loci

Meet the caretaker AIs: guardians of planets, habitats, and civilizations. What happens when machines become the spirit and soul of the worlds they protect?

Checkout Rifftrax https://go.nebula.tv/rifftrax?ref=isa
Watch my exclusive video The Fermi Paradox — Civilization Extinction Cycles: https://nebula.tv/videos/isaacarthur–
Get Nebula using my link for 40% off an annual subscription: https://go.nebula.tv/isaacarthur.

Grab one of our new SFIA mugs and make your morning coffee a little more futuristic — available now on our Fourthwall store! https://isaac-arthur-shop.fourthwall

Visit our Website: http://www.isaacarthur.net.
Join Nebula: https://go.nebula.tv/isaacarthur.
Support us on Patreon: / isaacarthur.
Support us on Subscribestar: https://www.subscribestar.com/isaac-a
Facebook Group: / 1583992725237264
Reddit: / isaacarthur.
Twitter: / isaac_a_arthur on Twitter and RT our future content.
SFIA Discord Server: / discord.
Credits:
Caretaker AI & Genus Loci 2025 Edition.
Written, Produced & Narrated by: Isaac Arthur.
Editors: Ludwig Luska.
Graphics:
Bryan Versteeg.
Jeremy Jozwik.
Ken York YD Visual.
Kris Holland Mafic Studios.
Select imagery/video supplied by Getty Images.
Music Courtesy of Epidemic Sound http://epidemicsound.com/creator

New air filter could turn every building into a carbon sink

Despite decades of warnings and increasing efforts to fight climate change, global carbon emissions are still rising. While cutting emissions from the source is a common way we address this problem, another crucial strategy is actively removing carbon from the atmosphere. Current centralized DAC (direct-air-capture) plants are expensive and take up a lot of land, so scientists have developed a carbon dioxide-catching air filter that can fit into existing ventilation systems of homes and offices around the world.

The researchers describe their filter in a paper published in Science Advances. It is made of tiny carbon threads known as nanofibers that are coated with a polyethylenimine polymer. This combination makes an incredibly effective carbon sponge that captures carbon dioxide molecules from the air, even at low concentrations. The filter can also be cleaned by solar heating or low-energy electricity methods.

The team put their new carbon filter through its paces to see how well it worked. First, they checked how much it could soak up carbon by placing it in a flow system and passing air with a known concentration of carbon dioxide through it. The filter proved highly selective and fast, capturing the molecules and letting the rest of the air pass through.

Coastal gray wolves display unexpected hunting behavior with unknown ecosystem impact

On Prince of Wales Island, Alaska, gray wolves are doing something unexpected: hunting sea otters. This surprising dietary shift appears to have notable implications for both ecosystems and wolf health, but little is known about how the predators are capturing marine prey. Patrick Bailey, a Ph.D. candidate at the University of Rhode Island, is researching these understudied behaviors of gray wolves.

Using a creative mix of approaches—including wolf teeth samples and trail cameras—Bailey is exploring how coastal are using , what this suggests about their behavioral and hunting adaptations, and how these adaptations differentiate them from other .

On land, gray wolves are known to play a vital ecological role because of their ability to regulate food webs. “We don’t have a clear understanding of the connections between water and land , but we suspect that they are much more prevalent than previously understood,” says Bailey, a member of Sarah Kienle’s CEAL Lab in the Department of Natural Resources Science. “Since wolves can alter land ecosystems so dramatically, it is possible that we will see similar patterns in aquatic habitats.”

Shall we Dance in Free-Space? a Choice of Freedom!

Humanity stands at a crossroads. Our beautiful Earth, cradle of all we know, is straining under the weight of nearly 8.5 billion people. Environmental degradation, social inequity, and resource scarcity deepen by the day. We are reaching the limits of a single-planet civilization. We can face this challenge in two ways. Some will cling to the old patterns—fighting over dwindling resources and defending narrow borders. Others will rise above, expanding into space not to escape Earth, but to renew and sustain it. These pioneers—the Space Settlers —will carry the next chapter of civilization beyond our home planet.

The Humanist Path: Living in Free Space. When people imagine living beyond Earth, they often picture Lunar or Martian colonies. Yet, from a humanist perspective, a better path exists: rotating free space habitats, as envisioned by Gerard K. O’Neill. These are vast, spinning structures orbiting Earth or the Moon, or standing at Lagrange Libration Points, designed to simulate Earth’s gravity and sustain full, flourishing communities. Unlike planetary colonies bound to weak gravity, dust, or darkness, O’Neill habitats offer: 1g simulated gravity to preserve human health; continuous sunlight and abundant solar energy; freedom of movement, as habitats can orbit safely or relocate if needed. More than technical achievements, these habitats embody the Enlightenment spirit—the belief that reason, ethics, and creativity can design environments of dignity, beauty, and freedom.

Freedom and Human Dignity in Space. Freedom is at the heart of humanity’s destiny. Consider a lunar settler who finds his bones too fragile to withstand Earth’s gravity—trapped by biology, after a few years living on the Moon. In contrast, inhabitants of a rotating habitat retain the freedom to return on Earth, at will. Simulated gravity safeguards their health, ensuring that space settlement remains reversible and voluntary. Freedom of movement leads naturally to freedom of culture. In a habitat like “New Gaia”, thousands of people from all nations live together: Russians celebrating Maslenitsa, Indians lighting Diwali lamps, and space-born storytellers sharing ancient myths. New traditions also emerge—festivals, music, and art inspired by life between worlds. These habitats can become beacons of a new Renaissance —a rebirth of cultural and creative freedom beyond the constraints of geography and politics.

The Door That Opens to Another Universe: The True Science Behind SCP-4357 “Slimelord”

What if a simple apartment door in Boston opened into another universe?
SCP-4357, also known as “Slimelord,” is one of the strangest and most human anomalies ever recorded — a hyperspatial discontinuity leading to a world of intelligent slug-like beings with philosophy, humor, and heartbreak.

In this speculative science essay, we explore what SCP-4357 means for physics, biology, and the idea of consciousness itself. How could life evolve intelligence in a sulfur-rich world? Why do these beings mirror human culture so closely? And what happens when curiosity crosses the line into exploitation?

Join us as we break down the science, ethics, and wonder behind one of the SCP Foundation’s most thought-provoking entries.

🔔 Subscribe for more speculative science every weekday at 6PM PST / 9PM EST.
💡 Become a channel member for early access and exclusive behind-the-scenes content.
🌌 Because somewhere out there, even the slugs have opinions on Kant.

A New Eye on Earth’s Edge: UC Berkeley-Guided Space Telescope Has Liftoff

Engineers work in the Mission Operations Center at the Space Sciences Laboratory at UC Berkeley on Sept. 25, 2025. A UC Berkeley lab is controlling a NASA mission to study the farthest reaches of Earth’s atmosphere from afar.

This week, a rocket lifted off from Florida’s Kennedy Space Center carrying a new space telescope to its parking spot about 1 million miles from Earth, guided by mission operators at the Space Sciences Laboratory at UC Berkeley.

Once it reaches its permanent home, the Carruthers Geocorona Observatory will turn its eyes back to Earth to study the exosphere — the outermost layer of our atmosphere, where satellites orbit. Researchers hope that by better understanding how this region interacts with space weather from the Sun, they’ll be able to improve protections for satellites, which can be knocked offline by solar activity.

/* */