Page 3 - Electrical Current News Today

Over the next eight years, until 2030, we try to bring back the diversity and the coral cover we used to have about 25 years ago. to speed up the growth, a very low—voltage electrical current is run through the frames. the technology that we apply here is called the mineral accretion technology. it helps the corals to grow faster, they become more resilient and the survival rates are better. the technology has been around for years and is proven but the challenge now is in applying it on a mas...

Over the next eight years, until 2030, we try to bring back the diversity and the coral cover we used to have about 25 years ago. to speed up the growth, a very low—voltage electrical current is run through the frames. the technology that we apply here is called the mineral accretion technology. it helps the corals to grow faster, they become more resilient and the survival rates are better. the technology has been around for years and is proven but the challenge now is in applying it on a mas...

Aki allahgholi, a former banker turned coral specialist, is leading the project. the goal is to produce, basically, 50,000 corals every year to be outplanted into the environment where they are needed. over the next eight years, until 2030, we try to bring back the diversity and the coral cover we used to have about 25 years ago. to speed up the growth, a very low—voltage electrical current is run through the frames. the technology that we apply here is called the mineral accretion technology....

The scientists who are trying a different approach to nurturing the corals back to life. this is one of the largest coral nurseries in the world. thousands of colonies saved from a nearby site have been planted here. aki allahgholi, a former banker turned coral specialist is leading the project. the goal is to produce, - basically, 50,000 corals every year to be outplanted into the environment| where they are needed. over the next eight years, j until 2030, we try to bring back the...the...the d...

Outplanted into the environment where they are needed. - over the next eight years, - until 2030, we try to bring back the...the...the diversity- and the coral cover we used to have about 25 years ago. to speed up the growth, a very low—voltage electrical current is run through the frames. the technology that we apply here is called the mineral- accretion technology. it helps the corals to grow faster, they become more resilient- and the survival rates are better. the technology has been aroun...

Thousands of colonies saved from a nearby site have been planted here. aki allahgholi, a former banker turned coral specialist is leading the project. the goal is to produce, basically, 50,000 corals every year to be l outplanted into the environment where they are needed. - over the next eight years, - until 2030, we try to bring back the...the...the diversity- and the coral cover we used to have about 25 years ago. to speed up the growth, a very low—voltage electrical current is run through ...

Back the...the...the diversity and the coral cover we used i to have about 25 years ago. to speed up the growth, a very low—voltage electrical current is run through the frames. the technology that we apply here is called the mineral- accretion technology. it helps the corals to grow faster, they become more resilient and the survival rates are better. - the technology has been around for years, and is proven. but the challenge now is in applying it on a massive scale. many nurseries use these...

Ive come to meet the scientists who are trying a different approach to nurturing the corals back to life. this is one of the largest coral nurseries in the world. thousands of colonies saved from a nearby site have been planted here. aki allahgholi, a former banker turned coral specialist is leading the project. the goal is to produce, basically, 50,000 corals every year to be l outplanted into the environment where they are needed. - over the next eight years, - until 2030, we try to bring back...

Over the next eight years, - until 2030, we try to bring back the...the...the diversity- and the coral cover we used to have about 25 years ago. to speed up the growth, a very low—voltage electrical current is run through the frames. the technology that we apply here is called the mineral- accretion technology. it helps the corals to grow faster, they become more resilient- and the survival rates are better. the technology has been around for years, and is proven. but the challenge now is in a...

Alternating current in this case to basically try and change let me tell you quickly, what they did, they were basically targeting an area near the front of the brain here, which they believe is responsible for longer term memories and something further back they believe was responsible for shorter term memories. we have a video of exactly what people went through. they basically put on this skull cap i think you just saw some of that video. you dont feel much. they feel heat, a little bit of pr...