The most expensive part of an Electric Vehicle is its Battery.
It is also bulky. We need to increase the Energy Density (kWh/kg) of Batteries many folds to make the EV Revolution a reality.
Quantum Computers to the rescue.
*** Automatski' 300+ Qubit Quantum Simulators, Annealer(s) and 1m+ Qubit Eigen Solvers can do this "Today"
Using Quantum Computers we can for example study lithium compounds and their chemical reactions involved in battery chemistry.
The problem boils down to calculating the system’s ground-state energy, which is the most critical piece of information for understanding how one molecule will interact with other molecules.
Quantum Computers can be used to make Batteries
- Cheaper
- Energy Efficient (kWh/kg)
- Smaller & More Compact
- Safer (won't catch fire)
- Increase Battery Life (More charge discharge cycles)
- Using alternative materials (Avoiding rare earth materials)
- Less Hazardous (Battery Disposal)
...
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