In a technique alike to how optic fibre transports get off through a pipe , researchers from Spain have arise a material that expeditiously lead and transport a magnetic field from one location to the other . The engineering will probably be used to fuel the quantum computing machine of tomorrow .
Above : An Artistic picture of how the domain of magnetic sources ( for instance magnetised dipoles ) could be routed and used to magnetically connect it to other sources through a hose web . course credit : Navau et al .
The magnetic hose , which was developed by an external squad of scientist head by researchers from the Department of Physics of the Universitat Autònoma de Barcelona , uses a surprisingly uncomplicated design — which is ironic given just how complicated the theoretical calculation were to test it .
It consist of a ferromagnetic cylinder get over by a superconductor material . The 14 - centimeter epitome was able-bodied to transport a magnetic field from one extreme point to the other with an efficiency rate of 400 % compared to other methods used to transport these fields .
The shaded part represents an “ infinite slab of idealistic material ” along the width . cite : Navau et al .
The gadget can be implemented at any scale — including the nanoscale . Because the magnetized hosepipe can one by one control quantum system of rules , it could be used to resolve some of the current technical problem existing in quantum computing .
More fromthe UAB press release :
The machine designed by the research worker can be implemented at any plate , even at nanometre scale . Thus , a charismatic nanohose subject of on an individual basis ascertain quantum systems could assist to solve some of the current technical problems existing in quantum computing .
Magnetism is a basic element of today ’s engineering , such as in energy generating processes and in the warehousing of data in computers . And one of the essential processes in these technologies is the conduct and transportation of magnetic fields , either with the utilization of large transformer or in logic nanodevices .
Light , formed by magnetic and electric field wafture , can be very effectively direct through optic fibre . Nevertheless , “ until now there was nothing similar with which to guide and channelize stable magnetized field , ” explains Àlvar Sánchez , ICREA Academia and drawing card of the research . “ To guide these flying field in electronic circuits or in current transformers , ferromagnetic materials such as Fe alloy are used , but their intensity quickly drops with the length and their software is limited . ”
Read the entire scientific studyhere .
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