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Quantum computing in healthcare: predicting diseases and improving patient care

Researcher José Luis Salmerón successfully applies quantum processing models to prognosticate outcomes and treatments

Chile , Shohada , Lorestan , Iran , Sydney , New-south-wales , Australia , Canada , Sagunto , Valenciana , Spain , Masateru-taniguchi

Scientists Slowed Down a Chemical Reaction 100 Billion Times to See What Happens

Scientists have been able to observe a common interaction in quantum chemistry for the first time, by using a quantum computer to shadow the process at a speed 100 billion times slower than normal.

San-diego , California , United-states , Sydney , New-south-wales , Australia , Christophe-valahu , Vanessa-olaya-agudelo , Olaya-agudelo , School-of-physics , School-of-chemistry , University-of-california

Scientists use quantum device to slow chemical process down by 100 billion times

In a world-first experimental result, scientists at the University of Sydney have used a quantum computer to coax an atom to behave the same way as a photo-chemical process that underpins the speed of human vision and solar energy harvesting - only at speeds 100 billion times slower than in nature.

Australia , Sydney , New-south-wales , Australian , Sebastian-zentilomo , Ivan-kassal , Michael-biercuk , Vanessa-olaya-agudelo , Stefanie-zingsheim , Olaya-agudelo , Christophe-valahu , Australian-government-national-computational-infrastructure

Scientists manipulate quantum mechanics to slow down a chemical reaction by 100 billion times

Using a quantum device, researchers have observed, for the first time, a molecular process called conical intersection that is important in reactions such as photosynthesis.

Sydney , New-south-wales , Australia , Olaya-agudelo , Vanessa-olaya-agudelo , Christophe-valahu , University-of-sydney ,

Scientists use quantum device to slow down simulated chemical reaction 100 billion times - What happens in femtoseconds in nature can now be observed in milliseconds in the lab

Scientists at the University of Sydney have, for the first time, used a quantum computer to engineer and directly observe a process critical in chemical reactions by slowing it down by a factor of .

Sydney , New-south-wales , Australia , Ivan-kassal , Christophe-valahu , Vanessa-olaya-agudelo , Olaya-agudelo , School-of-physics , University-of-sydney-nano-institute , Quantum-control-laboratory-of-professor-michael-biercuk , University-of-sydney , School-of-chemistry

Quantum Device Slows Chemical Process by 100bn, Scientists Say

Quantum Device Slows Chemical Process by 100bn, Scientists Say
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Australia , Sydney , New-south-wales , Australian , Christophe-valahu , Olaya-agudelo , Sebastian-zentilomo , Ivan-kassal , Stefanie-zingsheim , Vanessa-olaya-agudelo , School-of-physics , University-of-sydney-nano-institute

Scientists use quantum device to slow down simulated chemical reaction 100 billion times

Scientists use quantum device to slow down simulated chemical reaction 100 billion times
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Sydney , New-south-wales , Australia , Ivan-kassal , Vanessa-olaya-agudelo , Olaya-agudelo , Christophe-valahu , University-of-sydney , University-of-sydney-nano-institute , Quantum-control-laboratory-of-professor-michael-biercuk , School-of-chemistry , School-of-physics

Quantum go-'slow' allows first view of chemical process

Sydney university researchers have scored a scientific first by employing a quantum computer to observe a process critical in chemical reactions. 

Sydney , New-south-wales , Australia , Vanessa-olaya-agudelo , Christophe-valahu , Ivan-kassal , Olaya-agudelo , Sydney-school-of-physics , Quantum-control-laboratory , University-of-sydney-school-chemistry , Uos-nano-institute , Sydney-school

Quantum Technology Opens New Doors for Understanding Basic Chemical Processes

Scientists at the University of Sydney have, for the first time, used a quantum computer to engineer and directly observe a process critical in chemical reactions by slowing it down by a factor of 100 billion times.

Sydney , New-south-wales , Australia , Ivan-kassal , Olaya-agudelo , Michael-biercuk , Laura-thomsonaug , Vanessa-olaya-agudelo , Christophe-valahu , University-of-sydney-nano-institute , School-of-physics , School-of-chemistry

Scientists use quantum device to slow down simulated chemical reaction 100 billion times

Scientists use quantum device to slow down simulated chemical reaction 100 billion times
phys.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from phys.org Daily Mail and Mail on Sunday newspapers.

Sydney , New-south-wales , Australia , Christophe-valahu , Vanessa-olaya-agudelo , Olaya-agudelo , Ivan-kassal , University-of-sydney , School-of-physics , Quantum-control-laboratory-of-professor-michael-biercuk , University-of-sydney-nano-institute , Stefanie-zingsheim-university-of-sydney