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U4GM - PoE 2’s Crit Multiplier: How to Build for Maximum Critical Damage

Creating helpful builds in Path of Exile 2 (PoE 2) requires a deep understanding of the game’s mechanics. One of the most powerful offensive stats in the game is the Critical Strike Multiplier, often referred to simply as "Crit Multiplier." When used correctly, a crit-focused build can significantly amplify your damage output. In this guide, we’ll break down how to build for maximum critical damage and where poe 2 currency plays a key role in optimizing your setup.

Understanding Crit Multiplier

In PoE 2, a critical strike doesn’t just increase your damage—it multiplies it. By default, a critical strike deals 150% of the base damage. However, this multiplier can be scaled dramatically using gear, passives, and certain skills. The goal of a crit build is not only to increase your chance to crit, but also to stack as much Crit Multiplier as possible to make those crits devastating.

Step 1: Start…

Cách Làm Đất Trồng Mai Vàng Đơn Giản Mà Hiệu Quả

Để mai vàng phát triển khỏe mạnh, ra hoa đẹp, đất trồng là yếu tố then chốt.hình ảnh mai vàng bonsai đẹp Mai vàng ưa đất tơi xốp, giàu dinh dưỡng, thoát nước tốt và không bị nhiễm phèn hay mặn. Đất quá ẩm hay quá khô đều ảnh hưởng xấu đến quá trình hình thành nụ hoa.

Xem thêm: vườn bán phôi mai vàng lớn nhất bến tre


Để làm đất trồng chất lượng, đầu tiên hãy chuẩn bị đất màu đã xử lý sạch cỏ và phơi nắng cùng với vôi ít nhất 7–10 ngày để diệt mầm bệnh. Tiếp theo, trộn thêm xơ dừa đã ủ kỹ để giúp giữ ẩm và làm tơi đất. Có thể kết hợp thêm trấu sống hoặc trấu hun để tăng độ thông thoáng.

Tỷ lệ phối trộn phổ biến:…


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shubham gurav
shubham gurav

Beyond Flat: The 3D Graphene Revolution in Material Science


Graphene, the one-atom-thick wonder material, has already dazzled the world with its extraordinary electrical, mechanical, and thermal properties. But now, it's stepping into an entirely new dimension—literally. Enter 3D graphene, a structural evolution that elevates graphene from a flat, two-dimensional sheet to a porous,

interconnected three-dimensional network. This transformation isn’t just a feat of materials science—it’s the blueprint for next-generation technologies. Imagine a material that maintains the superlative strength and conductivity of traditional graphene, yet offers structural volume, increased surface area, and scalability for industrial applications. That’s the promise of 3D graphene.


Unlike its planar predecessor, 3D graphene is crafted into foams, aerogels, or sponge-like lattices through techniques such as chemical vapor deposition, freeze-drying, or 3D printing with graphene-based inks. These structures open up an array of functionalities, making them ideal for applications ranging from energy storage to biomedical scaffolding. Batteries and supercapacitors made with 3D graphene can achieve ultra-fast charge cycles and…


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