Atmospheric Physics is the study of physical processes in the atmosphere; understanding the climate and the weather, and the physical reasons why it is as it is and how it might change in the future. My own particular research background is in radiative transfer and by that I mean the transport of electromagnetic radiation through the atmosphere; both the Sun’s radiation coming in, getting absorbed and scattered in the air, and the transfer of heat radiation emitted by the Earth’s surface. From a meaning physics perspective there’s an awful lot of things about the atmosphere that we don’t understand, and of course, it’s very classical physics in the sense that it’s looking at fluid dynamics and thermodynamics applied to the natural environment. What motivates us really is to try and explain what we see in the environment, what affects it and what might change it in the future, both in terms of local weather but also climate, by which I mean larger areas and larger timescales. My background has led me to an interest in how solar radiation is absorbed in the atmosphere, so 25 at how changes in the Sun might affect the climate for the past year.

Atmospheric Physics is the study of physical processes in the atmosphere; understanding the climate and the weather, and the physical reasons why it is as it is and how it might change in the future. My own particular research background is in radiative transfer and by that I mean the transport of electromagnetic radiation through the atmosphere; both the Sun’s radiation coming in, getting absorbed and scattered in the air, and the transfer of heat radiation emitted by the Earth’s surface. From a meaning physics perspective there’s an awful lot of things about the atmosphere that we don’t understand, and of course, it’s very classical physics in the sense that it’s looking at fluid dynamics and thermodynamics applied to the natural environment. What motivates us really is to try and explain what we see in the environment, what affects it and what might change it in the future, both in terms of local weather but also climate, by which I mean larger areas and larger timescales. My background has led me to an interest in how solar radiation 24 in the atmosphere, so 25 at how changes in the Sun might affect the climate for the past year.

Atmospheric Physics is the study of physical processes in the atmosphere; understanding the climate and the weather, and the physical reasons why it is as it is and how it might change in the future. My own particular research background is in radiative transfer and by that I mean the transport of electromagnetic radiation through the atmosphere; both the Sun’s radiation coming in, getting absorbed and scattered in the air, and the transfer of heat radiation emitted by the Earth’s surface. From a meaning physics perspective there’s an awful lot of things about the atmosphere that we don’t understand, and of course, it’s very classical physics in the sense that it’s looking at fluid dynamics and thermodynamics applied to the natural environment. What motivates us really is to try and explain what we see in the environment, what affects it and what might change it in the future, both in terms of local weather but also climate, by 23 I mean larger areas and larger timescales. My background has led me to an interest in how solar radiation 24 in the atmosphere, so 25 at how changes in the Sun might affect the climate for the past year.

Atmospheric Physics is the study of physical processes in the atmosphere; understanding the climate and the weather, and the physical reasons why it is as it is and how it might change in the future. My own particular research background is in radiative transfer and by that I mean the transport of electromagnetic radiation through the atmosphere; both the Sun’s radiation coming in, getting absorbed and scattered in the air, and the transfer of heat radiation emitted by the Earth’s surface. From a meaning physics perspective there’s an awful lot of things about the atmosphere that we don’t understand, and of course, it’s very classical physics in the sense that it’s looking at fluid dynamics and thermodynamics applied to the natural environment. What motivates us really is to try and explain what we see in the environment, what affects it and what might change it in the future, both in 22 of local weather but also climate, by 23 I mean larger areas and larger timescales. My background has led me to an interest in how solar radiation 24 in the atmosphere, so 25 at how changes in the Sun might affect the climate for the past year.

Atmospheric Physics is the study of physical processes in the atmosphere; understanding the climate and the weather, and the physical reasons why it is as it is and how it might change in the future. My own particular research background is in radiative transfer and by that I mean the transport of electromagnetic radiation through the atmosphere; both the Sun’s radiation coming in, getting absorbed and scattered in the air, and the transfer of heat radiation emitted by the Earth’s surface. From a meaning physics perspective there’s an awful lot of things about the atmosphere that we don’t understand, and of course, it’s very classical physics in the sense that it’s looking at fluid dynamics and thermodynamics applied to the natural environment. What motivates us really is to try and explain what we see in the environment, what 21 it and what might change it in the future, both in 22 of local weather but also climate, by 23 I mean larger areas and larger timescales. My background has led me to an interest in how solar radiation 24 in the atmosphere, so 25 at how changes in the Sun might affect the climate for the past year.