Can global energy production be doubled affordably, while reducing energy's environmental impact? Ashvin Dayal from The Rockefeller Foundation and Robert Stoner of the MIT Energy Initiative discuss.
How could we use less energy and water to make more of both? Afreen Siddiqi, research scientist at MIT, and Newsha Ajami of the Lawrence Berkeley National Lab discuss.
Can we build extensive, reliable, and affordable national electric systems with less environmental impact? Southern California Edison CEO, Steven Powell, and ERCOT CEO, Brad Jones, weigh in.
Can we build extensive, reliable, and affordable national electric systems with less environmental impact? Southern California Edison CEO, Steven Powell, and ERCOT CEO, Brad Jones, weigh in.
What would it require for countries, states, and companies to get their greenhouse gas emissions to net zero by 2050? Melissa Lott of Columbia University SIPA and Terry Keeley of BlackRock discuss.
What new materials could make batteries more affordable, safe, and less environmentally impactful? Lynden Archer of Cornell University and Shirley Meng of Argonne National Laboratory discuss.
Could battery technology expand beyond electric vehicles and revolutionize the electric grid itself? Shirley Meng of Argonne National Laboratory and Lynden Archer of Cornell University discuss.
All energy requires earthly extraction. What are the impacts of energy on land, and how could we reduce them? Mark Mills of the Manhattan Institute and Gurcan Gulen of G2 Energy Insights discuss.
Artificial intelligence could improve energy efficiency and allow for better prediction of electricity resources. Pamela Isom from the US Department of Energy & Anima Anandkumar from NVIDIA elaborate.
How does the electric grid power the modern world, and how could it meet growing electricity demands in the future? ERCOT CEO, Brad Jones, and Southern California Edison CEO, Steven Powell, discuss.
How does the electric grid power the modern world, and how could it meet growing electricity demands in the future? ERCOT CEO, Brad Jones, and Southern California Edison CEO, Steven Powell, discuss.
CO2 emissions get the most attention, but there's a more immediate concern: particulate air pollution. Angel Hsu from the University of North Carolina and Amod Pokhrel of UC Berkley discuss.
Reports show less warming & slowed emissions growth compared to last decade's predictions. Roger Pielke from UC Boulder and Daniel Cohan from Rice discuss the 'good news' pertaining to climate change.
How does the electric grid power the modern world, and how could it meet growing electricity demands in the future? ERCOT CEO, Brad Jones, and Southern California Edison CEO, Steven Powell, discuss.
The conversation continues between Dr. Arjun Makhijani and Michael Shellenberger about whether or not expanding nuclear power will play a significant role in decarbonizing the electricity sector.
Will nuclear power decarbonize the electricity sector? Arjun Makhijani of the Institute for Energy and Environmental Research, and Michael Shellenberger, a best-selling author, discuss.
Will coal, oil, and natural gas remain our largest global energy sources? Sec. of Energy, Ernie Moniz, and Pulitzer Prize-winning author, Dr. Dan Yergin, discuss the new geopolitics of energy.
Increasing energy, and transitioning to lower carbon energies, is expensive and challenging. Deborah Byers, Industry Leader at EY, and Ken Medlock of the Center for Energy Studies discuss.
Reducing carbon emissions takes time and money. Is a carbon tax beneficial? Dr. Billy Pizer of Resources for the Future, and Sasha Mackler of the Bipartisan Policy Center discuss.
Reducing carbon emissions takes time and money. Is a carbon tax beneficial? Dr. Billy Pizer of Resources for the Future, and Sasha Mackler of the Bipartisan Policy Center discuss.
Energy sustainability can be grouped into three areas: environmental, sociopolitical, and economic. Dr. Bridget Scanlon of the Bureau of Economic Geology, and Sean O'Donnell of Quantum Energy discuss.
Energy sustainability can be grouped into three areas: environmental, sociopolitical, and economic. Dr. Bridget Scanlon of the Bureau of Economic Geology, and Sean O'Donnell of Quantum Energy discuss.
Hydrogen reduces CO2 emissions, but costs must reduce to make it a global reality. Dr. Julio Friedmann of the Center on Global Energy Policy, and Chief Scientist, Dr. Steve Hamburg, discuss.
Solar and wind enjoy favorable public opinions, but consumers may not realize the resources required for these energies to power the world. Leia Guccione and Robert Bryce continue the conversation.
In many countries, solar and wind are cheapest to install, though scaling up 25X for global power is an extraordinary challenge. Robert Bryce, a best-selling author, and Leia Guccione of RMI discuss.
Though gas has lower carbon emissions than coal, it is not carbon free. Dr. Naomi Boness of the Natural Gas Initiative, and Rachel Fakhry of the National Resources Defense Council discuss.
The conversation continues between Dr. Arjun Makhijani and Michael Shellenberger about whether or not expanding nuclear power will play a significant role in decarbonizing the electricity sector.
The conversation continues between Dr. Arjun Makhijani and Michael Shellenberger about whether or not expanding nuclear power will play a significant role in decarbonizing the electricity sector.
Will nuclear power decarbonize the electricity sector? Arjun Makhijani of the Institute for Energy and Environmental Research, and Michael Shellenberger, a best-selling author, discuss.
Will nuclear power decarbonize the electricity sector? Arjun Makhijani of the Institute for Energy and Environmental Research, and Michael Shellenberger, a best-selling author, discuss.
Will coal, oil, and natural gas remain our largest global energy sources? Sec. of Energy, Ernie Moniz, and Pulitzer Prize-winning author, Dr. Dan Yergin, discuss the new geopolitics of energy.
Will coal, oil, and natural gas remain our largest global energy sources? Sec. of Energy, Ernie Moniz, and Pulitzer Prize-winning author, Dr. Dan Yergin, discuss the new geopolitics of energy.
Increasing energy, and transitioning to lower carbon energies, is expensive and challenging. Deborah Byers, Industry Leader at EY, and Ken Medlock of the Center for Energy Studies discuss.
Increasing energy, and transitioning to lower carbon energies, is expensive and challenging. Deborah Byers, Industry Leader at EY, and Ken Medlock of the Center for Energy Studies discuss.
Can global energy production be doubled affordably, while reducing energy's environmental impact? Ashvin Dayal from The Rockefeller Foundation and Robert Stoner of the MIT Energy Initiative discuss.
Hydrogen reduces CO2 emissions, but costs must reduce to make it a global reality. Dr. Julio Friedmann of the Center on Global Energy Policy, and Chief Scientist, Dr. Steve Hamburg, discuss.
Hydrogen reduces CO2 emissions, but costs must reduce to make it a global reality. Dr. Julio Friedmann of the Center on Global Energy Policy, and Chief Scientist, Dr. Steve Hamburg, discuss.
How could we use less energy and water to make more of both? Afreen Siddiqi, research scientist at MIT, and Newsha Ajami of the Lawrence Berkeley National Lab discuss.
What would it require for countries, states, and companies to get their greenhouse gas emissions to net zero by 2050? Melissa Lott of Columbia University SIPA and Terry Keeley of BlackRock discuss.
Solar and wind enjoy favorable public opinions, but consumers may not realize the resources required for these energies to power the world. Leia Guccione and Robert Bryce continue the conversation.
Solar and wind enjoy favorable public opinions, but consumers may not realize the resources required for these energies to power the world. Leia Guccione and Robert Bryce continue the conversation.
Could battery technology expand beyond electric vehicles and revolutionize the electric grid itself? Shirley Meng of Argonne National Laboratory and Lynden Archer of Cornell University discuss.
All energy requires earthly extraction. What are the impacts of energy on land, and how could we reduce them? Mark Mills of the Manhattan Institute and Gurcan Gulen of G2 Energy Insights discuss.
Artificial intelligence could improve energy efficiency and allow for better prediction of electricity resources. Pamela Isom from the US Department of Energy & Anima Anandkumar from NVIDIA elaborate.
CO2 emissions get the most attention, but there's a more immediate concern: particulate air pollution. Angel Hsu from the University of North Carolina and Amod Pokhrel of UC Berkley discuss.
In many countries, solar and wind are cheapest to install, though scaling up 25X for global power is an extraordinary challenge. Robert Bryce, a best-selling author, and Leia Guccione of RMI discuss.
In many countries, solar and wind are cheapest to install, though scaling up 25X for global power is an extraordinary challenge. Robert Bryce, a best-selling author, and Leia Guccione of RMI discuss.
Reports show less warming & slowed emissions growth compared to last decade's predictions. Roger Pielke from UC Boulder and Daniel Cohan from Rice discuss the 'good news' pertaining to climate change.
Can we build extensive, reliable, and affordable national electric systems with less environmental impact? Southern California Edison CEO, Steven Powell, and ERCOT CEO, Brad Jones, weigh in.
How does the electric grid power the modern world, and how could it meet growing electricity demands in the future? ERCOT CEO, Brad Jones, and Southern California Edison CEO, Steven Powell, discuss.