3 Burst results for "Dr Dionne Hernandez Lugo"

Shedding Light on the Moon

Innovation Now

01:20 min | 2 years ago

Shedding Light on the Moon

"The moon power generation from sunlight can be very difficult. A lunar night is equivalent to fourteen days on earth. But a new NASA technology could shed some light on the problem. This is innovation now bringing you. Stories of revolutionary ideas emerging technologies and the people behind the concepts that shape the future when we send astronauts to the moon or for long stays. We're going to need a new class of power. Here's Dr Dionne Hernandez Lugo Project Manager for Asses Killa Power. Kill-power is a nuclear technology being developed here at NASA in collaboration with the Department of Energy Los Alamos National Lab and it's efficient system. We kill our gifts. You is that a higher power or higher energy to be able to power systems or instruments. You need at least ten kilowatt per astronaut. So if we're going to have astronauts living in space in the moon or Mars kill-power will give you that technology and the power needed in order for action. Us to be able to live in space. Experiments have demonstrated that the system is both stable and safe making killa power. A game changer. For long duration missions for innovation. Now I'm Jennifer.

Nasa Dr Dionne Hernandez Lugo Department Of Energy Los Alamo Project Manager
Power for the Moon

Innovation Now

01:20 min | 2 years ago

Power for the Moon

"On the moon power generation from sunlight can be very difficult. A lunar night is equivalent to fourteen days on earth but a new NASA technology could shed some light on the problem this is innovation now bringing you. Stories of revolutionary ideas emerging technologies analogies in the people behind the concepts that shape the future when we send astronauts to the moon or Mars for long stays. We're going to need a new class of power. Our here's Dr Dionne Hernandez Lugo Project Manager for asses Killa power. kill-power is a nuclear technology. Gee being developed here at NASA. In collaboration with the Department of Energy Los Alamos national lab and it's efficient system. We kill our gifts. You is that a higher power or higher energy to be able to power systems or instruments. You need at least ten kilowatt per astronaut. So if we're going to have astronauts living in space and the Moon or Mars kill-power will give you that technology and the power needed in order for action us to be able to live. In space. Experiments experiments have demonstrated that the system is both stable and safe making killa power. A Game Changer for long duration missions for innovation innovation. Now I'm Jennifer Paulie

Nasa Dr Dionne Hernandez Lugo Department Of Energy Los Alamo Jennifer Paulie GEE Project Manager
Kilopower: A Gateway to Abundant Power for Exploration

Innovation Now

00:55 sec | 2 years ago

Kilopower: A Gateway to Abundant Power for Exploration

"We send astronauts to the moon or lung stays. We're going to need a new class of power. Our here's Dr Dionne Hernandez Lugo Project Manager for Asses Killa Power. kill-power is a nuclear technology. Gee being developed here at NASA. In collaboration with the Department of Energy Los Alamos National Lab and it's efficient system. We kill our gifts. You is that a higher power or higher energy to be able to power systems or instruments. You need at least ten kilowatt per astronaut. So if we're going to have astronauts living in space and the Moon or Mars kill-power will give you that technology and the power needed in order for action us to be able to live. In space. Experiments experiments have demonstrated that the system is both stable and safe making killa power. A Game Changer for long duration missions

Dr Dionne Hernandez Lugo Department Of Energy Los Alamo GEE Project Manager Nasa Ten Kilowatt