Quantum computers are now increasing at a very random rate and they are becoming a great help these days. Quantum computers are being actively manufactured by three of the largest companies today which are named Google, Intel, and Microsoft. They are very much reliable on super cooled devices operating at close to absolute zero which can be operated at critical conditions. Technology is becoming very advance and it needs a lot of technological algorithms and some mathematical theories so that it will work. There is a cold cathedral that is aligned together in a specific way so that it will do the further process. There is also some problem with it and these cold cathedrals of quantum computing don’t have the potential to tolerate the extra heat which is given off by the conventional computing chips that can control them. If this becomes possible then it will change the whole situation of the current scenario. Some things need to be separated like classic and quantum computing components despite their bond by design. Quantum bits which are known as qubits remain in the coldest place of dilution refrigerators and on the other side, the control chips usually reside at normal room temperature on top of the quantum computing stack.

If we deeply look into the dilution refrigerator it generally involves helium 3 and helium 4 isotopes which helps cool the environment and when the temperature is lowered everything becomes stable and there is no chance of any casualty. The temperature comes from a baseline of 4 kelvins (-269.15 degree Celsius at the top of about 10 mill kelvins which is found at the bottom.

Cables running up and down the hardware stack connect each qubit with its control chip and other conventional computing components higher up. Such unwieldy setups with just dozens of qubits would become an engineering nightmare if scaled up to the number of qubits necessary for practical quantum computing, says Fabio Sebastiano, research lead for the quantum-computing division at QuTech, in Delft, Netherlands. He compared the approach to trying to connect each of the 10 million pixels in a smartphone camera to their readout electronics using 1-meter cables. That is why these three tech giants have been developing either qubit that operate at warmer temperatures or control chips that operate at colder temperatures while minimizing heat from power dissipation. The companies hope to shrink the operating temperature difference and possibly unite classical and quantum-computing components in the same integrated chips or packages.