Today it is possible to carry out an MRI not on the whole body but on a single cell. You can also take pictures of some molecules in a cell or a molecule. Furthermore, you can examine and identify what the problem is in DNA and achieve more accurate patient therapy and diagnosis. All these have been made possible by the use of nanotechnology and quantum computing that is inbuilt in an MRI device.
Scientists have even announced that they are about to breakthrough in the quantum computing realms. This is as a result of some success experiments they have done, which have brought them close to building a quantum computer for the first time. This computer will be able to enjoy the quantum physics oddities and solve some issues in no time, which would today take several years to get a solution and several computers.
Quantum computing is a system that is based on qubits instead of bits. Qubits are known as quantum bits, which are the primary information units used in a quantum computer. A bit represents one out of two possibilities like yes or no or 0 or 1, qubits are able to replace more options such as 1 and 0 or 0 or 1, which is the qubits multiple combinations occurrences. This means that each qubit is a range of possibilities which can be calculated at the same time factoring in all probabilities.
The qubit concept includes subatomic particles, which are very small particles. It is a known fact that one subatomic particle has various states at the same as particles are not static. This is true as they are seen moving very fast, as the light speed. A particle state of a qubit is different in the eyes of various observers, and the same particle has many states at the same time. This is the reason why a single subatomic particle has various probabilities and states simultaneously. We can achieve better performance if we replaced a bit. In addition, if you combine qubits, it results in a combination that contains more information, unlike with bits. The logic of subatomic is more powerful, unlike secondary binary logic that is used in standard computing.
Therefore, it is possible to process complex information faster. The main applications include simulation and artificial intelligence, encryption, structure recognition, decryption, voice recognition, modeling, databases, as well as several applications that are non-existent.
Its effect and utilization in the e-health realm are unimaginable. Volumes of patient data available electronically are simulated, modeled, structured, and processed in seconds. Condition predictability and artificial intelligence can be achieved with 100% precision and would multiply a million fold and above.
Quantum computing has shown that there can be existing in two particles entangled. This is if a particle is modified, causing the other to modify its state at the same time regardless of the distance they are far apart. It means that is possible to transport data from one place to another by modifying the state of one entangled particle.