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No more Wait..Quantum Computers,mobiles? on the way..

Quantum computers will be more powerful than today’s computers for problems like efficient routing for logistics and Climate forecasting, predicting molecular simulations of tiny machines..etc.,
The first universal quantum computers will be used for simulating molecules and reactions. Early, small quantum computers are ideally suited for chemical and molecular simulation.
IBM,Microsoft is going to commercialize the quantum computers in the market.
Simulating the quantum effects that shape molecular structures and reactions is a natural problem for quantum computers, because their power comes from encoding data into those same challenging quantum states. The components that make up quantum computers, known as qubits, can use quantum-mechanical processes to take computational shortcuts impossible for a conventional machine.
if that all possible then nanotechnology and picotechnology naturally evolve for the practical applications in medicine,climate control etc.
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The way to picotechnology

Picotechnology is the technology to control the states of fundamental particles (e.g electron) to have precise control over the behaviour of atoms or molecules.

from 1995 to 2017 people emphasized  more on the impact of nanotechnology but still nanotechnology applications of dynamic nature not yet come into real world.Though some of the basic applications exist like silver nano particle,gold nano particle for some applications that cannot fully picture the complete impact of what nanotechnology can do to our society.

Road map of dynamic nanotechnology

in order to have expected impact of nanotechnology we need to explore the pico level aspects of the atoms or molecules.

…in order to drill a small hole you need smaller drill bit…

similarly

we need to have knowledge on picotechnology to make nanotechnology  to work.