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Business Tech News: Latest Updates on Innovations, Startups, and Market Trends | The HinduBusinessLine

Additive steps up lubrication Tackling iron deficiency from a steel mill Geo-engineering against climate change ZincGel vs Li-ion battery Why the energy sector isn’t AI-ready yet IT services giant TCS takes an AI-led avatar IIT-M revives forgotten route to industrial wastewater treatment IIT-Kanpur-incubated start-up develops unique battery technology Two faces of water Why the made-in-India ePlane is unique Moving satellite data at laser speed Longer-lasting zinc battery How simulation tech can ready robots for the real world DAE commissions world’s first nuclear heat-based copper-chlorine hydrogen plant DAE commissions world’s first nuclear heat-based copper-chlorine hydrogen plant Subterranean forest of fungi Using sound waves to bypass charge-based circuits AI aides to decode Indian law How the US funding cut impacts cancer research The time to deploy thorium is now The protein-peptide bonds that heal IIT-Kanpur hosts India’s first DORIS beacon How plants summon help Fishing out fake news using a deep-learning neural network IIT-Madras sets up testing tank for ships, submarines Dentistry’s prehistoric drill With AI, science is borderless How ‘spent’ graphite breathes new life into fuel cell Coal gas can yield clean hydrogen at $1.25 a kg Light, compact antennas
Thriving in extremes
M Ramesh · 2025-12-29 · via Business Tech News: Latest Updates on Innovations, Startups, and Market Trends | The HinduBusinessLine

What do you think lies in the depths of the Arctic Ocean? Just a lot of very, very cold water, right?

Wrong? There is thriving life, a vibrant ecosystem.

A multinational research team led by UiT The Arctic University of Norway, working as part of the Ocean Census Arctic Deep — EXTREME24 expedition, investigated the depths of a certain point in the ocean, barely 1,200 km from the North Pole. There, at depths of 3,640 m, are tiny mounds of gas hydrates, or iced methane. (Methane rises from below the earth’s crust, meets the cold seawater and crystallises into ice — gas hydrates.) These mounds are called methane seeps.

Below the point in the Arctic (79 degrees North and 3 degrees East) lies a methane hydrate formation called ‘Freya Hydrate Mounds’. The temperatures are very close to zero and, as you can imagine, it is very dark at such depths. There — in such an inhospitable environment — exists a world that we can only imagine.

It’s a world of chemosynthetic creatures — organisms that depend not on sunlight but methane and hydrogen sulphide for food. At the bottom of the food chain are bacteria that ‘eat’ methane (methanotropic). They form dense microbial mats — often white, grey or orange — on hydrate surfaces and seep sediments. These microbes are the primary producers, playing the role of plants on land. Other creatures — such as siboglinid tubeworms, maldanid worms, amphipods and snails — form a food chain, and you do find some fish and eel too.

After documenting this strange world, the researchers stress that this ecosystem must be protected from human activities such as deep-sea mining, so that we do not stale Nature’s infinite variety.

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