Physics Quantum computers were expected to be in prototype phase by 2025. The physics community sees the new use of gravitational wave observations as a very promising new prospect for one the biggest future European space missions, which will take place in about 15 years and could link cosmology and particle physics - the incredibly big and the unimaginably small. Computers exploiting the strangeness of quantum mechanics will soon accomplish tasks that would defeat even the largest, fastest bit-based supercomputers. Further research using REEF could help seismologists achieve a better understanding of earthquake mechanics and earthquake hazards around the world. The global market of Quantum Computing is increasing and expected to gain prominence over the forecast period. Last year, China had successfully launched the world's first quantum satellite that will explore hack proof quantum communications by transmitting unhackable keys from space. The global automotive radiator market is expected to be driven by steady growth in automotive production and vehicle parc especially in the Asia-Pacific region. The global automotive alloys market will be driven by the high demand of light weighted vehicles and the increasing pace of vehicle production. The coming decades will be an exciting time to be a particle physicist-and an exciting time for human inquiry into the nature of it all. A cost-effective and compact neutron sensor for use in harsh environments will become available to the nuclear industry (nuclear power plant monitoring and development, defence and the oil-well industries as well as the high energy and nuclear physics communities). An advance could find applications in quantum information processing, sensors and studies into the fundamental physics of quantum mechanics. Even smart contracts with autonomous software agents as parties can trace their beginnings to human actions and will impact human beings or other actors in the "real" world at some time. Machine learning will enable physicists to push the frontier of their field beyond the Standard Model of particle physics. Twenty years from now in the high tech space it will not be possible to be a leader without some understanding of quantum mechanics. The best use for quantum computers could be in simulating quantum mechanics itself. Quantum materials could be used in quantum computers, superefficient power grids and other futuristic technologies. China will launch 4 scientific satellites which will engage in a series of experiments and research related to dark matter, quantum physics, microgravity, fluid physics and black holes among other fields. Hackers could disable airbags in cars by compromising software used by mechanics when they are working on vehicles. A hacker could theoretically bring in an infected vehicle for service with the aim of spreading malware to the testing equipment used by mechanics and dealerships. QCs will bring quantum mechanics to the masses like ham radio brought electronics and PCs brought computer programming to the masses. Quantum information processing could solve big data issues in a fraction of the time that even today's massively scalable supercomputers cannot achieve. Quantum mechanics and quantum artificial intelligence will enable robots that are intelligent, creative and multi-task orientated. Algorithmic development for high-performance computers aimed at solving complex multibody problems could provide pathways solutions in particle physics, condensed matter, and related science areas. See full forecast Last updated: 16 July 2019
