those of many detection systems available these days.This mechanism could spread entangled beams of light on any object.This could make a very detailed,fair and accurate image of the object being detected.This mechanism is supposed to work on the same principle which is applied to detect planes at airforce stations and airports. Cell-sized batteries .The microbatteries could be only half the size of a human cell.Interestingly,these would be made of viruses.This rare innovation is set to provide us a relief from heavy 9-volts batteries and other models.This technology involves the use of microcontact printing.This printing fabricates and positions microbattery electrodes.Further,it is probably the first use of virus in this field.These batteries could be used in a series of fields such as computers,cell phones and medical equipments which are implantable Precise pattern micro-chip This innovation is supposed to bring microchip technology at its peak.This system works when some molecules are made to assemble themselves into precise patterns A self-assembling molecular system which is called block copolymers was known for many years.This system was not very effective as it could produce a molecular orders or pattems in a very limited way via self-assembling.Thus to make it more equipped and advanced,this"limited self-assembly"was made to combine with conventional lithographic chip-making technology.These lithographic pattems cause a tight-hold over self-assembling molecules.Thus they become more structured. High-power solar concentrators As the initial research has proved to be fruitful,there are chances that in coming years we will see a sort of solar concentrator,which would be more efficient than the contemporary solar concentrators.The most striking part of this innovation is that it brings huge amount of solar light to the solar cells without tracking the sun.Though it showed only9%of stability during the research,it is supposed to guarantee 100% stability till it is put in the market. Smart optical microchips .Days are not far away when we could see a microchip not running by electricity but by 152电气工程英语those of many detection systems available these days. This mechanism could spread entangled beams of light on an_Y object. This could make a very detailed, rand accurate image of the object being detected . This mechanism is supposed to work on the saine principle ch is applied to detect planes at airforce stations and orts. Cell-sized batteries 6 The micro batteries could be only half the size of a human cell. Interestingly, these would be made of viruses. rare innovation is set to provide us a relief from heavy 9-volts batteries and other models. technology involves the use of microcontact printing. This printing fabricates and positions microbattery electrodes. Further, it is probably the first use of virus in this field. These batteries could be used in a series of fields such as computers, cell phones and me cal equipments which are implantable. Precise pattern micro-chip 1 This innovation is supposed to bring microchip technology at its peak. This system works when some molecules are made to assemble themselves into precise patterns. A self-assembling molecular system which is called block copolymers was known for many years. This system was not very effective as it could produce a molecular￾orders or patterns in a very limited way via self-assemb g. Thus to make it more equipped and advanced , this "limited self-assembly" was made to combine with conventional lithographic chip-making technology . These lithographic patterns cause a tight-hold over self-assembling molecules. Thus they become more structured. High-power solar concentrators s As the initial research has proved to be fruitful , there are chances that in coming years we will see a sort of solar concentrator , which would be more efficient than ti contemporary solar concentrators. The most striking part of this innovation is that it brings huge amount of solar light to the solar cells without tracking the sun. Though it showed only 92% of stab ty during the research, it is supposed to guarantee 100% stability till it is put in the market. Smart optical microchips 9 Days are not far away when we could see a microchip not running by electricity but by 152 电气工程英语