New research uses piperazine and a nickel catalyst for integrated CO2 capture and conversion, achieving high energy efficiency and stable CO production.

Alternative divertor configurations improve fusion power exhaust control. Research Briefing from Kool et al.

A hybrid-flow cell for stable pH-swing-facilitated direct air capture. Research Briefing from Pan Wang, Michael Aziz, Yunlong Ji, and team on their work.

This study shows that new exhaust designs may help improve heat control, stability, and reliability in fusion reactors.

Ditching nickel for manganese ¦ Michael De Volder discusses new research on a cathode design replacing 35% of the nickel with abundant manganese, easing raw material demand without compromising energy density or lifetime of batteries.

Professor Hanul Min and team report a non-volatile, solid-state additive for charge transport layers that enhances the thermal and operational stability of perovskite solar cells.

Painting humid cities cool ¦ Ying Liu and Dangyuan Lei discuss new research on a cement-based paint that integrates radiative cooling and evaporative cooling mechanisms, achieving effective cooling on vertical surfaces in humid climates.

Breaking the cycle of underinvestment in climate-resilient energy infrastructure. New Correspondence article from Francesco Fuso Nerini and team.

Our latest editorial ¦ Although central to the energy mix, nuclear energy receive comparatively little attention at the journal. We aim to reflect the diversity of innovation driving the energy transition, including advances in these technologies.

Taming inorganic agglomeration at the interphases ¦ Wei Liu discusses new research on an electrolyte design that inhibits agglomeration in solid electrolyte interphases, unlocking fast-charging in high-energy-density lithium metal batteries.

Peter Bruce and colleagues show that making Li₆PS₅Cl denser helps solid-state batteries handle higher currents without dendrites.

New research reports a pyran-based electrolyte with weakly lithium-ion–associating anions, enabling fast charging and high-energy lithium metal batteries.

Yongsheng Hu and team found that a MOF epilayer on the cathode greatly improves stability in high-voltage solid-state sodium batteries.

Hao Xin and team tune the thiourea/metal precursor ratio to improve the morphology of the kesterite film, achieving 10.1% certified power conversion efficiency in 10.48-cm2 modules.

Yang Shen, Xun Wang and team use AI to design high-band-gap, high-affinity fillers, enabling durable, high-energy polyimide dielectrics for capacitors in harsh, high-temperature environments.

The EU battery carbon footprint rules need urgent attention. A Correspondence article from Mohammad Ali Rajaeifar, Daniel Philipp Müller, Martin Hanton and Oliver Heidrich.

New research uses piperazine and a nickel catalyst for integrated CO2 capture and conversion, achieving high energy efficiency and stable CO production.

Affinity-driven electrolyte design. Research Briefing from Xiulin Fan and team.

A hybrid-flow cell for stable pH-swing-facilitated direct air capture. Research Briefing from Pan Wang, Michael Aziz, Yunlong Ji, and team on their work.

This study shows that new exhaust designs may help improve heat control, stability, and reliability in fusion reactors.

Professor Hanul Min and team report a non-volatile, solid-state additive for charge transport layers that enhances the thermal and operational stability of perovskite solar cells.

Ditching nickel for manganese ¦ Michael De Volder discusses new research on a cathode design replacing 35% of the nickel with abundant manganese, easing raw material demand without compromising energy density or lifetime of batteries.

Painting humid cities cool ¦ Ying Liu and Dangyuan Lei discuss new research on a cement-based paint that integrates radiative cooling and evaporative cooling mechanisms, achieving effective cooling on vertical surfaces in humid climates.

Alternative divertor configurations improve fusion power exhaust control. Research Briefing from Kool et al.

🚨Our September issue is now live, and it includes a Focus that examines the current state of the art and some of the potential pitfalls and biases of implementing and using LLMs across different domains. #ArtificialIntelligence ➡️ www.nature.com/collections/... 🧵(1/13)

Breaking the cycle of underinvestment in climate-resilient energy infrastructure. New Correspondence article from Francesco Fuso Nerini and team.

Taming inorganic agglomeration at the interphases ¦ Wei Liu discusses new research on an electrolyte design that inhibits agglomeration in solid electrolyte interphases, unlocking fast-charging in high-energy-density lithium metal batteries.

Peter Bruce and colleagues show that making Li₆PS₅Cl denser helps solid-state batteries handle higher currents without dendrites.

New research reports a pyran-based electrolyte with weakly lithium-ion–associating anions, enabling fast charging and high-energy lithium metal batteries.

Yongsheng Hu and team found that a MOF epilayer on the cathode greatly improves stability in high-voltage solid-state sodium batteries.

Hao Xin and team tune the thiourea/metal precursor ratio to improve the morphology of the kesterite film, achieving 10.1% certified power conversion efficiency in 10.48-cm2 modules.

Yang Shen, Xun Wang and team use AI to design high-band-gap, high-affinity fillers, enabling durable, high-energy polyimide dielectrics for capacitors in harsh, high-temperature environments.

The EU battery carbon footprint rules need urgent attention. A Correspondence article from Mohammad Ali Rajaeifar, Daniel Philipp Müller, Martin Hanton and Oliver Heidrich.

New research uses piperazine and a nickel catalyst for integrated CO2 capture and conversion, achieving high energy efficiency and stable CO production.

A hybrid-flow cell for stable pH-swing-facilitated direct air capture. Research Briefing from Pan Wang, Michael Aziz, Yunlong Ji, and team on their work.

This study shows that new exhaust designs may help improve heat control, stability, and reliability in fusion reactors.

Professor Hanul Min and team report a non-volatile, solid-state additive for charge transport layers that enhances the thermal and operational stability of perovskite solar cells.

Ditching nickel for manganese ¦ Michael De Volder discusses new research on a cathode design replacing 35% of the nickel with abundant manganese, easing raw material demand without compromising energy density or lifetime of batteries.

Painting humid cities cool ¦ Ying Liu and Dangyuan Lei discuss new research on a cement-based paint that integrates radiative cooling and evaporative cooling mechanisms, achieving effective cooling on vertical surfaces in humid climates.

Affinity-driven electrolyte design. Research Briefing from Xiulin Fan and team.

Taming inorganic agglomeration at the interphases ¦ Wei Liu discusses new research on an electrolyte design that inhibits agglomeration in solid electrolyte interphases, unlocking fast-charging in high-energy-density lithium metal batteries.

Peter Bruce and colleagues show that making Li₆PS₅Cl denser helps solid-state batteries handle higher currents without dendrites.

New research reports a pyran-based electrolyte with weakly lithium-ion–associating anions, enabling fast charging and high-energy lithium metal batteries.

Yongsheng Hu and team found that a MOF epilayer on the cathode greatly improves stability in high-voltage solid-state sodium batteries.

Hao Xin and team tune the thiourea/metal precursor ratio to improve the morphology of the kesterite film, achieving 10.1% certified power conversion efficiency in 10.48-cm2 modules.

Yang Shen, Xun Wang and team use AI to design high-band-gap, high-affinity fillers, enabling durable, high-energy polyimide dielectrics for capacitors in harsh, high-temperature environments.

The EU battery carbon footprint rules need urgent attention. A Correspondence article from Mohammad Ali Rajaeifar, Daniel Philipp Müller, Martin Hanton and Oliver Heidrich.

New research uses piperazine and a nickel catalyst for integrated CO2 capture and conversion, achieving high energy efficiency and stable CO production.

Alternative divertor configurations improve fusion power exhaust control. Research Briefing from Kool et al.

A hybrid-flow cell for stable pH-swing-facilitated direct air capture. Research Briefing from Pan Wang, Michael Aziz, Yunlong Ji, and team on their work.