r/EldenRingMemes

the dominula dancers when you've been farming them for 45 minutes already

I just need the sickle and the blue garb... ladies...

update: they have surrendered all their loot! I am free of this farm! well... until I start another new character, I suppose, and do this to myself all over again

u/redkatyusha — 5 days ago
▲ 62 r/EldenRingMemes+1 crossposts

DLC news

Turns out Godwyn the Golden never died at all, he just changed his career to a doctor in Malaysia. As it turns out, the clinic was just near my hometown. I just hoped that Fortissax remain ignorant of this and DO NOT spread Deathblight here.

u/Zmark99 — 6 days ago
▲ 4 r/EldenRingMemes+1 crossposts

"Nah, Let Me Tank Him"

Miquella: "Tarnished, hear my words. Yield the path to us. To I, Miquella, and my promised consort, Radahn."
Me: "Nah, let me tank him."

youtu.be
u/PinkPepperPizza95 — 5 days ago
▲ 1.3k r/EldenRingMemes+1 crossposts

Tarnished I've A Feeling We're Not In Limgrave Anymore

Doing my first playthrough ever on switch 2 and this is how I feel a lot of the time

u/Snowbunny236 — 14 days ago
▲ 288 r/EldenRingMemes+1 crossposts

I can’t unsee what’s coming.

Copying the announcement text here. You can imagine the posts in neighbour subs.
——

Scientists have successfully grown living human skin around a robotic finger, giving it the ability to move, bend, and even heal itself.

Researchers at the University of Tokyo have brought science fiction closer to reality by covering a working robotic finger with living skin cultured from human cells.

Led by biohybrid engineer Shoji Takeuchi, the team submerged the robotic digit in a specialized mixture of collagen and human dermal fibroblasts, creating a supportive dermis layer. They then applied human keratinocyte cells to form a resilient outer epidermis.

The resulting living skin is not only flexible enough to withstand continuous joint movement without tearing, but it also develops natural wrinkles at the knuckles, mimicking the look and texture of a real human hand.

Beyond its lifelike appearance, this biohybrid skin possesses a remarkable ability to self-heal. When researchers made a small incision on the finger and applied a simple collagen bandage, the skin's fibroblast cells naturally merged the bandage back into the surrounding tissue, repairing the wound within a week.

While the technology currently requires continuous moisture to keep the living cells alive, the breakthrough opens new doors for medical testing, prosthetics, and the development of ultra-realistic humanoid robots that can interact safely and seamlessly in healthcare and service industries.

source: Kawai, M., Nie, M., Oda, H., Morimoto, Y., & Takeuchi, S. Living skin on a robot. Matter, 5(7), 2190-2208.

https://x.com/smartscience/status/2104367502327443472?s=46

u/Big_Selection_1242 — 13 days ago