Nobel Prize in Chemistry in 2016 belong to three scientists found a way to create machines with atomic

The trio Jean Pierre Sauvage scientist, J. Fraser Stoddart consolidator and Bernard L. Feringa was awarded the Nobel Prize for Chemistry in 2016 for research design and synthesis of “atomic machine”. Simply put, it is their work to find ways to create machines that atomic materials, such as creating the elevators, the motor or the super super super small car. The essence here is that the structure is capable of transforming chemical energy into mechanical energy and movement. This is condotel sungroup an extreme tool “power” that allows scientists to create extremely small devices applied in a variety of different fields.

chemistry_logo

More specific about 3 scientists honored Nobel Prize in Chemistry this year, Sir Fraser Stoddart is a scientist from empire city thủ thiêm Scotland, Bernard Feringa from Holland and French scientist Jean-Pierre Sauvage will share prizes worth 8 million Swedish knonor. Judging criteria remain the same, “in honor of those who have the dedication to serve humanity,” and this year, the council judges that the group expressed tool chemists developed 3 is “the smallest machine world.” This technology has now been used to create tiny robots or medical and self healing materials with the ability to heal themselves without human intervention.

chemistry

Basically, in an organism, cells act as molecular machines operating activities of agencies and adjust the temperature and the lesions heal. And three scientists were the first to find a way of humanity molecules synthesized by converting chemical energy into mechanical motion. This allows them to create “molecular devices” are smaller than thousands times more than a human hair, that can be a switch, a motor, a shuttle or even the details to make a car.

In the 1990s, scientists have successfully developed Stoddart wheels first molecule. It is a ring-shaped structure can be immobilized on a shaft, the condotel premier sungroup phu quoc latter is applied to develop molecular muscles and a microcomputer operating table as a computer chip. Feringa is successfully creating nanoscale motors, for the first time demonstrated that a molecular rotor can rotate continuously in the same direction. Later he left the garden transplants 4 units together to form a smaller car so many times a human hair but can “run” on the surface.

chemistry-with-medicinal-chem-with-ind-training-yr-mchem-f124-crop

This success allowed scientists to develop the material should be bình an pearl quận 2 able to re-shape and respond to suit ambient conditions, such as temperature change, or open the “door” to release the drug when necessary travel to a place on the body to serve the cure.

In an interview after the announcement of the award, Feringa said scientists were honored for “truly big surprise. I’m very proud and also very emotional about this.” He added that when old, was shocked when he successfully developed the first product by earlier he said that “almost inconceivable that it could work.”

Göran Hansson, secretary general of the Scientific Academy Sweden said: “The award has opened up a whole new field of molecular machines. They have demonstrated that is possible to create machine under the molecular level. ” Council was awarded for inventing breakthrough this time as the first electric motor generate rudimentary in the 1930s, when contemporary scientists did not expect that it can be used to operate the train electricity, washing machines, electric fans and food processing machines.

Mark Miodownik, a professor at University College London, said that the introduction of nanoscale machines can completely change the appearance of the building in the near future. “Imagine in the system can heal itself when damaged. We will take the plastic pipe to be able to heal or when cracked bridges still heal itself thanks to the microstructure model. This is an extremely big potential. “Göran Hansson, secretary general of the scientific Academy Sweden said:” the award has opened up a whole new field of molecular machines . They proved that absolutely can make the machine under the molecular level. ” Council was awarded for inventing breakthrough this time as the first electric motor generate rudimentary in the 1930s, when contemporary scientists did not expect that it can be used to operate the train electricity, washing machines, electric fans and food processing machines.

Mark Miodownik, a professor at University College London, said that the introduction of nanoscale machines can completely change the appearance of the building in the near future. “Imagine in the system can heal itself when damaged. We will take the plastic pipe to be able to heal or when cracked bridges still heal itself thanks to the microstructure model. This is an extremely big potential. “

Advertisements

Leave a Reply

Fill in your details below or click an icon to log in:

WordPress.com Logo

You are commenting using your WordPress.com account. Log Out / Change )

Twitter picture

You are commenting using your Twitter account. Log Out / Change )

Facebook photo

You are commenting using your Facebook account. Log Out / Change )

Google+ photo

You are commenting using your Google+ account. Log Out / Change )

Connecting to %s