New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

New medical and healthcare strategies are desperately needed to combat diseases such as malaria, TB, AIDS. cancer etc.

The development of effective CO2

sequestering technologies to halt global warming and so enable us to use the vast coal reserves and what oil there is left safely

Creation of new molecules that can replace the elements on computer chips and so compact a supercomputer into a box the size of a wrist watch and consume minimal amounts of electricity

Synthetic approaches to make nanostructured materials 100x stronger than steel and 1/6 the weight – enabling 500mpg cars which are so strong they will not collapse in accidents as well as aeroplanes so light they can glide safely if engines fail

New, fast chemical techniques for sequencing DNA so transforming the medical application of personal genomic information

Work out more of the key steps that occurred in the development of the fundamental chemical processes that underpin life.

Safe nuclear waste disposal strategies to enable us to utilise nuclear power safely

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

4. New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

4. New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

5. New medical and healthcare strategies are desperately needed to combat diseases such as malaria, TB, AIDS. cancer etc.

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

4. New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

5. New medical and healthcare strategies are desperately needed to combat diseases such as malaria, TB, AIDS. cancer etc.

6. The development of effective CO2 sequestering technologies to halt global warming and so

enable us to use the vast coal reserves and what oil there is left safely

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

4. New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

5. New medical and healthcare strategies are desperately needed to combat diseases such as malaria, TB, AIDS. cancer etc.

6. The development of effective CO2 sequestering technologies to halt global warming and so

enable us to use the vast coal reserves and what oil there is left safely7. Creation of new molecules that can replace the elements on computer chips and so

compact a supercomputer into a box the size of a wrist watch and consume minimal amounts of electricity

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

4. New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

5. New medical and healthcare strategies are desperately needed to combat diseases such as malaria, TB, AIDS. cancer etc.

6. The development of effective CO2 sequestering technologies to halt global warming and so

enable us to use the vast coal reserves and what oil there is left safely7. Creation of new molecules that can replace the elements on computer chips and so

compact a supercomputer into a box the size of a wrist watch and consume minimal amounts of electricity

8. Synthetic approaches to make nanostructured materials 100x stronger than steel and 1/6 the weight – enabling 500mpg cars which are so strong they will not collapse in accidents as well as aeroplanes so light they can glide safely if engines fail

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

4. New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

5. New medical and healthcare strategies are desperately needed to combat diseases such as malaria, TB, AIDS. cancer etc.

6. The development of effective CO2 sequestering technologies to halt global warming and so

enable us to use the vast coal reserves and what oil there is left safely7. Creation of new molecules that can replace the elements on computer chips and so

compact a supercomputer into a box the size of a wrist watch and consume minimal amounts of electricity

8. Synthetic approaches to make nanostructured materials 100x stronger than steel and 1/6 the weight – enabling 500mpg cars which are so strong they will not collapse in accidents as well as aeroplanes so light they can glide safely if engines fail

9. New, fast chemical techniques for sequencing DNA so transforming the medical application of personal genomic information

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

4. New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

5. New medical and healthcare strategies are desperately needed to combat diseases such as malaria, TB, AIDS. cancer etc.

6. The development of effective CO2 sequestering technologies to halt global warming and so

enable us to use the vast coal reserves and what oil there is left safely7. Creation of new molecules that can replace the elements on computer chips and so

compact a supercomputer into a box the size of a wrist watch and consume minimal amounts of electricity

8. Synthetic approaches to make nanostructured materials 100x stronger than steel and 1/6 the weight – enabling 500mpg cars which are so strong they will not collapse in accidents as well as aeroplanes so light they can glide safely if engines fail

9. New, fast chemical techniques for sequencing DNA so transforming the medical application of personal genomic information

10. Work out more of the key steps that occurred in the development of the fundamental chemical processes that underpin life.

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

4. New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

5. New medical and healthcare strategies are desperately needed to combat diseases such as malaria, TB, AIDS. cancer etc.

6. The development of effective CO2 sequestering technologies to halt global warming and so

enable us to use the vast coal reserves and what oil there is left safely7. Creation of new molecules that can replace the elements on computer chips and so

compact a supercomputer into a box the size of a wrist watch and consume minimal amounts of electricity

8. Synthetic approaches to make nanostructured materials 100x stronger than steel and 1/6 the weight – enabling 500mpg cars which are so strong they will not collapse in accidents as well as aeroplanes so light they can glide safely if engines fail

9. New, fast chemical techniques for sequencing DNA so transforming the medical application of personal genomic information

10. Work out more of the key steps that occurred in the development of the fundamental chemical processes that underpin life.

11. Safe nuclear waste disposal strategies to enable us to utilise nuclear power safely

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

4. New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

5. New medical and healthcare strategies are desperately needed to combat diseases such as malaria, TB, AIDS. cancer etc.

6. The development of effective CO2 sequestering

technologies to halt global warming and so enable us to use the vast coal reserves and what oil there is left safely

7. Creation of new molecules that can replace the elements on computer chips and so compact a supercomputer into a box the size of a wrist watch and consume minimal amounts of electricity

8. Synthetic approaches to make nanostructured materials 100x stronger than steel and 1/6 the weight – enabling 500mpg cars which are so strong they will not collapse in accidents as well as aeroplanes so light they can glide safely if engines fail

9. New, fast chemical techniques for sequencing DNA so transforming the medical application of personal genomic information

10.Work out more of the key steps that occurred in the development of the fundamental chemical processes that underpin life.

11.Safe nuclear waste disposal strategies to enable us to utilise nuclear power safely

1. New inexpensive techniques to provide pure water to the half of the world that presently has only contaminated water to drink

2. Catalysts that can enable sunlight to split water directly into hydrogen and oxygen and so develop a real hydrogen/oxygen-fuelled economy

3. New, cheap and efficient materials that can convert the colossal amounts of sunlight that fall each day on the Earth’s surface, directly into electricity on a scale commensurate with our needs

4. New genetic technologies such as: the development of strains of wheat and rice capable of fixing nitrogen by pathways similar to the symbiotic bacterial mechanism that certain root crops have developed. This breakthrough alone would obviate the need for inorganic fertilisers and save 10 to 20 per cent of the world’s fossil-fuel supply. Crops that counter the land salination and erosion problems we now face. Rice that contains Vitamin A. Those who oppose GM crops must offer viable alternatives strategies.

5. New medical and healthcare strategies are desperately needed to combat diseases such as malaria, TB, AIDS. cancer etc.

6. The development of effective CO2 sequestering

technologies to halt global warming and so enable us to use the vast coal reserves and what oil there is left safely

7. Creation of new molecules that can replace the elements on computer chips and so compact a supercomputer into a box the size of a wrist watch and consume minimal amounts of electricity

8. Synthetic approaches to make nanostructured materials 100x stronger than steel and 1/6 the weight – enabling 500mpg cars which are so strong they will not collapse in accidents as well as aeroplanes so light they can glide safely if engines fail

9. New, fast chemical techniques for sequencing DNA so transforming the medical application of personal genomic information

10.Work out more of the key steps that occurred in the development of the fundamental chemical processes that underpin life.

11.Safe nuclear waste disposal strategies to enable us to utilise nuclear power safely