Fusion technology
                     Fusion 
technolo
gy
Introduction
The most ambitious clean 
energy option fusion, a 
lesser-known type of nuclear 
power that could one day put 
a near-limitless supply of 
electricity on the grid has 
faced one big problem for 
years.
Source: www.thedailybeast.com
Expensive 
The research is expensive. 
The logistics are expensive. 
The materials are expensive. 
But that might be changing,
—thanks to scientists who 
are figuring out how to tweak 
complex magnetic fields.
Source: www.thedailybeast.com
Fusion 
reactions
A reactor is, after all, 
essentially an artificial star. 
Like the sun, it runs on 
continuous fusion reactions 
fueled by plasma, a super 
high-energy, charged gas 
that can run up to 200 
million degrees Celsius
Source: www.thedailybeast.com
Advanced Fusion 
technology
Advanced Fusion technology 
brings synthesis optimization 
technology into place-and-
route, and vice versa to 
enable better convergence.
Source: www.thedailybeast.com
Fusion Energy
Nuclear fusion has the 
potential to provide huge 
amounts of clean energy, 
which should help mitigate 
global warming. 
Source: www.eetindia.co.in
Fusion power plant
A fusion power plant does 
not burn fossil fuels and 
produces no greenhouse gas 
emissions or long-lived 
radioactive waste.
Source: www.eetindia.co.in
How it works?
For most fusion concepts, the 
process starts by heating 
different hydrogen isotopes 
to very high temperatures, 
causing individual atoms to 
lose their electrons and form 
plasma ions, a muddy 
substance that must be 
contained.
Source: www.eetindia.co.in
How it works cont.
Fusion then unfolds through 
collisions of these highly 
energetic ions. Huge 
amounts of energy can be 
produced, and the only 
byproduct is helium. 
Source: www.eetindia.co.in
Goal
The goal is to make fusion 
reactors self-sustaining 
without needing any further 
energy input.
Source: www.eetindia.co.in
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