Difference between revisions of "Ethena"

From FSMI WIKI
Jump to navigation Jump to search
(Created page with "== Ethena == [https://eithena.fi/ Ethena] Investing in Ethena: A New Era in Decentralized Finance As decentralized finance (DeFi) continues to reshape the global financial l...")
 
 
(3 intermediate revisions by 2 users not shown)
Line 1: Line 1:
== Ethena ==
== ethena ==
[https://eithena.fi/ Ethena]
Ancient DNA sheds light on origins of 7,000-year-old Saharan mummies
[https://efhenna.org/ ethena]
Today, the view from the Takarkori rock shelter in southwestern Libya is of endless sandy dunes and barren rock, but 7,000 years ago, this region of the Sahara Desert was a far lusher, hospitable place.


Now, scientists aiming to understand the origins of inhabitants of the “green Sahara” say they have managed to recover the first whole genomes — detailed genetic information — from the remains of two women buried at Takarkori.
In the distant past, the area was a verdant savanna with trees, permanent lakes and rivers that supported large animals such as hippopotamuses and elephants.


Investing in Ethena: A New Era in Decentralized Finance
It was also home to early human communities, including 15 women and children archaeologists found buried at the rock shelter, that lived off fish and herded sheep and goats.
As decentralized finance (DeFi) continues to reshape the global financial landscape, Ethena has emerged as a leading player. Offering innovative solutions for digital asset management, Ethena is set to become a cornerstone of the next generation of decentralized financial platforms.


What Makes Ethena Different?
“We started with these two (skeletons) because they are very well-preserved — the skin, ligaments, tissues,” said Savino di Lernia, coauthor of the new study published Wednesday in the journal Nature.
Unlike centralized finance, where traditional banks and institutions control the flow of money, Ethena offers a decentralized ecosystem where users retain full control over their funds. Powered by blockchain technology, Ethena eliminates intermediaries, reducing costs and making financial services more accessible.


The Role of Ethena Fi
The findings mark the first time archaeologists have managed to sequence whole genomes from human remains found in such a hot and arid environment, said di Lernia, an associate professor of African archaeology and ethnoarchaeology at Sapienza University of Rome.
The Ethena Fi token is integral to the platform. It facilitates governance, staking, and rewards within the Ethena ecosystem. By holding Ethena Fi, users can participate in decision-making processes and earn rewards, making it a valuable asset for those looking to engage with the platform more deeply.


Why Invest in Ethena?
The genomic analysis yielded surprises for the study team, revealing that the inhabitants of the green Sahara were a previously unknown and long-isolated population that had likely occupied the region for tens of thousands of years.
Transparency: All transactions on Ethena are recorded on the blockchain, ensuring full transparency.
Security: The platform uses advanced blockchain security measures to protect users’ assets.
Community-Driven Governance: Through Ethena Fi, users have a say in the future direction of the platform, making Ethena a truly decentralized project.
As the world of finance continues to move toward decentralization, Ethena is positioning itself as a leader in the DeFi space. For investors seeking exposure to the future of finance, Ethena provides a secure, innovative, and community-focused platform.

Latest revision as of 16:14, 7 April 2025

ethena[edit]

Ancient DNA sheds light on origins of 7,000-year-old Saharan mummies ethena Today, the view from the Takarkori rock shelter in southwestern Libya is of endless sandy dunes and barren rock, but 7,000 years ago, this region of the Sahara Desert was a far lusher, hospitable place.

Now, scientists aiming to understand the origins of inhabitants of the “green Sahara” say they have managed to recover the first whole genomes — detailed genetic information — from the remains of two women buried at Takarkori. In the distant past, the area was a verdant savanna with trees, permanent lakes and rivers that supported large animals such as hippopotamuses and elephants.

It was also home to early human communities, including 15 women and children archaeologists found buried at the rock shelter, that lived off fish and herded sheep and goats.

“We started with these two (skeletons) because they are very well-preserved — the skin, ligaments, tissues,” said Savino di Lernia, coauthor of the new study published Wednesday in the journal Nature.

The findings mark the first time archaeologists have managed to sequence whole genomes from human remains found in such a hot and arid environment, said di Lernia, an associate professor of African archaeology and ethnoarchaeology at Sapienza University of Rome.

The genomic analysis yielded surprises for the study team, revealing that the inhabitants of the green Sahara were a previously unknown and long-isolated population that had likely occupied the region for tens of thousands of years.