
The Bright Side: Underwater robot live stream mesmerizes Argentines
The Argentine-American scientific mission is for the first time exploring the Mar del Plata canyon, a submarine gorge which plunges nearly 4,000 meters (13,000 feet) deep, off the coast of the seaside resort of the same name.
The awed conversations between scientists leading the expedition and the explanations they give to viewers allow the public a rare insight into the hidden wonders of marine biology.
In one instance, the camera on the SuBastian underwater robot shows a weird-looking, little white animal. One of the scientists on the team can be heard asking her colleagues, "Do we want it?"
"Yes, yes, we want it!" reply dozens of messages in the live stream chat before the image shows the suction device being activated to suck up the specimen for study.
"Oh, I love these little creatures," says one user. "I'm obsessed!" comments another. "Don't take the little one away!" pleads a third.
The live stream began a week ago and exceeded one million views per day since Thursday, when it also began to be broadcast on television.
"There are cold-water corals with the same colors as those in the Caribbean. How can that be? At a depth of 3,000 meters!" Pablo Penchaszadeh, a marine biologist and painter who is on board the expedition as an artist, told AFP.
Patrick Star
The 20-day expedition "Underwater Oases of the Mar del Plata Canyon" involves 25 scientists -- most of them from the Argentine research agency CONICET.
Part of the GEMPA deep sea study group, with support from the US Schmidt Ocean Institute, it will end on August 10.
Aboard the Schmidt Ocean Institute's "Falkor (too)" ship, scientists remotely operate the robot, which can descend to a depth of 4,500 meters (14,700 feet).
They collect biological samples with its robotic arms and other instruments, and send back high-definition images.
"The fact that anyone can connect from home and see what we are seeing live is a unique opportunity," explains expedition leader Daniel Lauretta in a statement.
"Science is no longer something distant or inaccessible, but becomes part of everyday life."
This week, social media users were delighted when an orange starfish with two symmetrical bumps resembling buttocks appeared on the live stream. It quickly prompted comparisons with Patrick Star, from the popular animated series SpongeBob SquarePants.
Memes circulated joking that "Patrick is Argentine," marine biology became a trending topic on social media, and the broadcast reached the screens of hundreds of thousands of captivated viewers.
"I came to see the big-bottomed star, is it here?" asked one user upon entering the YouTube chat.
Spectators also gave other sea creatures nicknames: a king crab was dubbed "Drag Queen," and sea cucumber was fondly called "Sweet Potato."
'Beacon of light'
This is the first time that human eyes -- albeit remotely -- have seen this underwater oasis in real time, where the cold, nutrient-rich Malvinas current and warm, salty Brazil current converge.
The confluence is "one of the most energetic regions in our global Ocean," according to the website of the Schmidt Institute, with the temperature difference creating an area teeming with marine wildlife and flora.
"We are already seeing incredible things: animals that have never been recorded in this area, underwater landscapes that look like something from another planet, and behaviors that surprise even the most experienced scientists," said Lauretta.
But funding for such expeditions is under threat in Argentina.
CONICET, the government's scientific research arm, has been severely underfunded by libertarian President Javier Milei, who has implemented draconian cuts to public spending with his infamous "chainsaw."
Its budget fell by 21 percent last year, salaries have plummeted by 35 percent since the Milei took office in December 2023, and the cuts have led to an exodus of scientists.
As a result, in between "oohs" and "aahs" of wonder, messages of support are flooding the live stream's chat: "Long live Conicet!".
"Seeing people being passionate about their job is attractive," said Tomas Atilio Luppi, a biologist at the CONICET-affiliated marine and coastal research institute in Mar del Plata, who is not directly involved in the campaign.
"This is happening at a very difficult time," he told AFP of the popular broadcast. "Science is in a very complicated position, both financially and in terms of support and human resources."
"The fact that this craze is happening is like a beacon of light."
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles


Sustainability Times
5 hours ago
- Sustainability Times
"Scientists Find Living Creatures at 31,000 Feet": Discovery of Deepest Pacific Ocean Life Sparks "Unthinkable Survival Debate"
IN A NUTSHELL 🔍 Scientists discovered thriving ecosystems at over 31,000 feet below the Pacific Ocean, challenging our understanding of life's resilience. 🌊 The study found that deep-sea life relies on chemosynthesis around methane seeps in the Kuril-Kamchatka and western Aleutian Trenches. around methane seeps in the Kuril-Kamchatka and western Aleutian Trenches. 🦑 New species and unique relationships between organisms may emerge from these extreme environments, offering insight into adaptation under high pressure. under high pressure. 🚢 The expedition utilized advanced technology, highlighting the importance of continuing deep-sea exploration and pushing the boundaries of scientific inquiry. The depths of the ocean have always been a frontier of mystery and intrigue. Recent discoveries by a team from the Chinese Academy of Sciences have unveiled extraordinary deep-sea life forms in one of the planet's most extreme environments. Utilizing the manned submersible Fendouzhe, the research team explored the Kuril-Kamchatka and western Aleutian Trenches, reaching depths exceeding 31,000 feet. The exploration revealed astonishing ecosystems thriving without sunlight, relying instead on chemosynthesis. The findings, published in the journal Nature, mark a significant milestone in deep-sea exploration and open new avenues for understanding life under extreme conditions. Life Found Where Sunlight Never Reaches Hadal trenches, located at depths between 19,700 and 36,100 feet, are formed where tectonic plates converge and one plate plunges beneath another. These deep-sea depressions are among the least explored regions on Earth. The recent expedition has confirmed the long-held suspicion that these remote environments host unique biological communities sustained by chemosynthesis rather than photosynthesis. The research team documented flourishing ecosystems around methane seeps in the trenches. These ecosystems are sustained by fluids rich in methane and hydrogen sulfide, which rise through faults in the sediment layers. Isotopic analysis indicates that the methane is produced by microbes decomposing organic matter buried in the seabed. The discovery suggests that similar chemosynthesis-based communities may be more widespread than previously thought, potentially existing in other hadal trenches across the globe. Scientists are particularly interested in these unique ecosystems as they may lead to the identification of new species and unveil complex relationships between marine animals and microorganisms adapted to survive in high-pressure environments. Their resilience and adaptive mechanisms offer insights into life's potential in extreme conditions. Jaya Anand Singh's Research Path : A Journey from Curiosity to Contribution Fields of Tube Worms and Mollusks Discovered Lead researcher Dr. Xiaotong Peng described the expedition as a rare opportunity to explore uncharted deep-sea regions. The team encountered remarkable fields of tube worms and beds of bivalve mollusks, organisms that thrive in these extreme depths. Future research aims to understand how chemosynthetic organisms convert chemical compounds into energy, a process that supports life in the absence of sunlight. Dr. Megran Du, from the Institute of Deep Sea Science and Engineering, emphasized the challenge of adapting to extreme pressure. She noted that uncovering the mechanisms that allow these organisms to survive under such intense conditions is a key question for future studies. The research is part of the Global Hadal Exploration Programme (GHEP), an international project dedicated to exploring Earth's deepest oceans with advanced technology. The insights gained from this exploration challenge long-held beliefs about the limits of life at extreme depths. Dr. Du reflects on her experience descending into the pitch-black depths, encouraging her students to be inspired by the breathtaking views from the submersible's windows. Scientists Shocked to Discover Potato and Tomato Are '9-Million-Year-Old Lovers,' Sparking Outrage Over What This Means for Our Food System Implications for Future Research The discovery of life forms at such extreme depths has broad implications for future scientific research. It challenges existing theories about the origins of life on Earth and the potential for life on other celestial bodies. The resilience of these organisms in harsh environments may provide clues about the possibility of life on planets and moons with similar extreme conditions. Researchers aim to further explore these ecosystems to understand their biodiversity and ecological roles. The potential discovery of new species could lead to advancements in biotechnology and medicine, as organisms that thrive in extreme conditions may possess unique biochemical properties. The ongoing study of hadal zones is crucial for understanding the full extent of Earth's biodiversity. It also highlights the importance of preserving these unique ecosystems, as they offer invaluable insights into the adaptability and resilience of life. Frozen Horror or Miracle? 'We Brought It Back' as Scientists Revive a 23-Foot Creature from 7,000 Years Ago Advancing Deep-Sea Exploration Technology The success of the Fendouzhe expedition underscores the importance of technological advancements in deep-sea exploration. The submersible's ability to withstand intense pressure and capture high-quality footage has provided researchers with unprecedented access to these remote environments. Continued innovation in deep-diving technology is essential for advancing our understanding of the ocean's depths. Improved submersibles and remote-operated vehicles (ROVs) will enable scientists to explore even greater depths and discover more about these enigmatic ecosystems. The collaboration between international research teams and technological experts is vital for pushing the boundaries of deep-sea exploration. As technology continues to evolve, so too will our understanding of the mysteries that lie beneath the ocean's surface. The discoveries made by the Fendouzhe expedition have opened new avenues for scientific inquiry and exploration. As we continue to delve deeper into the mysteries of the ocean, what new secrets will we uncover about the resilience and adaptability of life in one of Earth's most extreme environments? This article is based on verified sources and supported by editorial technologies. Did you like it? 4.5/5 (30)


Sustainability Times
5 hours ago
- Sustainability Times
"China's Self-Cleaning Glass Just Made American Windows Obsolete": Revolutionary Electric Fields Clear Dust With Zero Effort
IN A NUTSHELL ✨ Scientists at Zhejiang University have developed a new type of self-cleaning glass using electric fields. using electric fields. 🔍 The glass can remove up to 98% of particles without water or chemicals, using minimal energy. can remove up to 98% of particles without water or chemicals, using minimal energy. 🌿 It not only cleans but also prevents new dust from settling, offering a sustainable solution for various industries. 🏢 Potential applications include solar panels, car windshields, and skyscraper windows, where clear visibility is crucial. The world of innovation continues to surprise us with groundbreaking advancements. A team of scientists at Zhejiang University in Eastern China has developed a revolutionary self-cleaning glass that could transform the way we maintain surfaces. This glass, embedded with electrodes driven by electric fields, can remove dust particles in seconds, without the need for water or chemicals. It offers a sustainable solution to a pervasive problem, potentially reducing the time, effort, and cost associated with cleaning surfaces like windows and solar panels. This technological leap raises intriguing questions about the future of glass maintenance and its impact on industries reliant on clear, clean surfaces. Revolutionary Self-Cleaning Technology The development of electric-field-driven self-cleaning glass marks a significant innovation in surface maintenance technology. Traditional cleaning methods often struggle in dry, dusty environments and require frequent maintenance. In contrast, this new approach utilizes electric fields to move and detach particles from the glass surface. This technology is akin to electrodynamic screens, which have already shown promise in extraterrestrial applications, such as dust removal on Mars rovers. However, past efforts have been hampered by a limited understanding of the mechanics involved in particle movement and detachment. By delving into the interplay between particle size and electric field strength, the Chinese researchers have crafted a thin, transparent glass that effectively cleans both organic and inorganic particles without manual intervention. This advance not only simplifies maintenance but also holds potential for a wide range of applications. China Stuns Aviation World With 2-Ton eVTOL as Expert Declares 'This Is the Death of the Helicopter Era' Dual Benefits: Cleaning and Prevention Beyond its impressive cleaning capabilities, the self-cleaning glass also offers preventive benefits. When activated, the electric field repels airborne charged particles, reducing the accumulation of dust on the glass surface. This 'particle shielding effect' significantly limits dust buildup, even in challenging environments such as sandstorms or dusty weather conditions. The glass's transparency makes it ideal for applications where clear visibility is crucial. It minimally impacts visible light transmission, with most light loss occurring in the infrared spectrum. This characteristic makes it particularly suitable for solar panels, car windshields, greenhouse roofs, and high-rise building windows. The potential to maintain clarity and energy efficiency with minimal intervention is a game-changer for these sectors. 'They Want to Rewrite Nature With Cement': CO₂-Eating Buildings Backed by Elites While Workers and Architects Call It a Dangerous Scam Practical and Scalable Design The practicality of this new self-cleaning glass extends beyond its functionality. The design process involves etching electrodes onto a glass sheet and covering them with a protective film, utilizing common materials and established manufacturing methods. This compatibility with current industrial practices ensures that the glass can be produced efficiently and at scale, without the need for costly or specialized equipment. The study, published in the journal Advanced Science, highlights the ease with which this glass can be integrated into existing production lines. Its simplicity and cost-effectiveness make it an attractive option for industries that prioritize both innovation and sustainability. By reducing the reliance on water and chemicals, this technology not only offers an environmentally friendly solution but also aligns with the growing demand for sustainable practices. Artificial Cell Sparks Controversy as It Moves Without Motors Using 'Pure Chemistry Alone' in What Scientists Call a Dangerous Leap Toward Synthetic Life Potential Impact Across Industries The implications of this innovative glass technology extend across various industries. For solar panel manufacturers, it offers a way to maintain panel efficiency by keeping surfaces clean and free of dust, potentially increasing energy yield. In the automotive industry, self-cleaning windshields could enhance driver safety by ensuring clear visibility in adverse weather conditions. Building maintenance could also benefit significantly, particularly in urban environments where high-rise windows are difficult and costly to clean. By reducing maintenance costs and frequency, building owners could improve operational efficiency and sustainability. As industries grapple with the challenges of maintaining clean, clear surfaces, this technology provides a promising and practical solution. As we consider the potential applications and benefits of this self-cleaning glass, one question remains: How will industries adapt to integrate this technology, and what further innovations might it inspire in the pursuit of sustainable and efficient surface maintenance? This article is based on verified sources and supported by editorial technologies. Did you like it? 4.5/5 (26)


France 24
a day ago
- France 24
Plastic pollution inextricably linked with numerous 'public health crises'
05:21 24/07/2025 Environment : Tracing Darwin's footsteps through modern ecological discovery Environment 23/07/2025 Failing to protect the planet from climate change could violate international law Environment 15/07/2025 'Whole range of factors: environmental, human and societal, contributing to worsening of disasters' Environment 10/07/2025 As Marseille reels from early summer wildfire, France rolls back environmental protections Europe 09/07/2025 Recent European heatwave caused 2,300 deaths, scientists estimate Environment 07/07/2025 Texas deadly floods: A state 'can't deal with this scale of disaster' without federal resources Americas 30/06/2025 Stocamine in Alsace: 'Toxicity of chemical waste won't disappear, nobody knows how to deal with it' France 20/06/2025 'Collective problem needs collective solution: Global warming projected to increase well beyond 2°' Environment 12/06/2025 Climate change disrupting species' habitats and altering both productivity and seasonality Environment