<blockquote>Discover more about our work, the research we support and the people who make it happen.</blockquote>

Astrophysics

Nanoscience

Neuroscience

Theoretical Physics

The Kavli Prize

Science and Society

The Kavli Foundation is dedicated to advancing science for the benefit of humanity. The foundation’s mission is implemented through Kavli research institutes globally and programs that support basic science in the fields of astrophysics, nanoscience, neuroscience and theoretical physics; initiatives that strengthen the relationship between science and society; and prizes and awards including the international Kavli Prizes and the AAAS Kavli Science Journalism awards.

<title>News | Kavli Foundation</title>

News

A New Theoretical Model Could Hold the Key to Future Solar Cell Efficiencies

Dynamic Spectroscopy Duo

Manipulating and Detecting Ultrahigh Frequency Sound Waves

Miniature Truss Work

Tricking the Uncertainty Principle

Lighting the Way to Graphene-based Devices: Berkeley Researchers Use Light to Dope Graphene Boron Nitride Heterostructures

People

Guiding Principles

History

Memberships

Careers

Contact

Astrophysics

Nanoscience

Neuroscience

Kavli Institutes

Science and Society

Funding

The Kavli Prize

Kavli Scholars

Other Endowments

Past Work

Operations

Kavli Conference Center

News

A New Theoretical Model Could Hold the Key to Future Solar Cell Efficiencies

Dynamic Spectroscopy Duo

Manipulating and Detecting Ultrahigh Frequency Sound Waves

Miniature Truss Work

Tricking the Uncertainty Principle

Lighting the Way to Graphene-based Devices: Berkeley Researchers Use Light to Dope Graphene Boron Nitride Heterostructures

.css-vyy7ic{display:block;font-size:24px;line-height:1.5;height:3em;font-weight:400;}A New Theoretical Model Could Hold the Key to Future Solar Cell Efficiencies

Dynamic Spectroscopy Duo

Manipulating and Detecting Ultrahigh Frequency Sound Waves

Miniature Truss Work

Tricking the Uncertainty Principle

Lighting the Way to Graphene-based Devices: Berkeley Researchers Use Light to Dope Graphene Boron Nitride Heterostructures

A New Theoretical Model Could Hold the Key to Future Solar Cell Efficiencies