Nutrition is necessary for surviving. Through photosynthesis, organisms convert conditions from surrounding space into nutrients needed for their survival. Modern molecular biology has given "the braves" new capabilities: They can create new ways of nutrition intake and new forms of food production for people through fusion and conversion. Ultimately, human beings and other living beings on the earth share energy from the sun and other energy necessary for living.

Nutrition is necessary for surviving. Through photosynthesis, organisms convert conditions from surrounding space into nutrients needed for their survival. Modern molecular biology has given "the braves" new capabilities: They can create new ways of nutrition intake and new forms of food production for people through fusion and conversion. Ultimately, human beings and other living beings on the earth share energy from the sun and other energy necessary for living.

Nutrition is necessary for surviving. Through photosynthesis, organisms convert conditions from surrounding space into nutrients needed for their survival. Modern molecular biology has given "the braves" new capabilities: They can create new ways of nutrition intake and new forms of food production for people through fusion and conversion. Ultimately, human beings and other living beings on the earth share energy from the sun and other energy necessary for living.

Nutrition is necessary for surviving. Through photosynthesis, organisms convert conditions from surrounding space into nutrients needed for their survival. Modern molecular biology has given "the braves" new capabilities: They can create new ways of nutrition intake and new forms of food production for people through fusion and conversion. Ultimately, human beings and other living beings on the earth share energy from the sun and other energy necessary for living.

A garden is not only a place where plants grow, but also an ecosystem of technology, life, and intelligence in a hybrid state. New species and new forms of life are constantly arising from the combination of technology and life. The sutured technological intervention and the application of laws of life could complete the transboundary coexistence and co-prosperity.

A garden is not only a place where plants grow, but also an ecosystem of technology, life, and intelligence in a hybrid state. New species and new forms of life are constantly arising from the combination of technology and life. The sutured technological intervention and the application of laws of life could complete the transboundary coexistence and co-prosperity.

A garden is not only a place where plants grow, but also an ecosystem of technology, life, and intelligence in a hybrid state. New species and new forms of life are constantly arising from the combination of technology and life. The sutured technological intervention and the application of laws of life could complete the transboundary coexistence and co-prosperity.

Casting our vision to the sky, space is the place where we can unfold our infinite imagination. With the continuous deterioration of the earth's environment, how will we survive in the vast universe? How will we live with the future world? These "future proposals" are full of the artists' limitless creativity, and more importantly, while “stargazing”, we can reflect on the current environment through a new perspective of life and ecology.

Casting our vision to the sky, space is the place where we can unfold our infinite imagination. With the continuous deterioration of the earth's environment, how will we survive in the vast universe? How will we live with the future world? These "future proposals" are full of the artists' limitless creativity, and more importantly, while “stargazing”, we can reflect on the current environment through a new perspective of life and ecology.

Casting our vision to the sky, space is the place where we can unfold our infinite imagination. With the continuous deterioration of the earth's environment, how will we survive in the vast universe? How will we live with the future world? These "future proposals" are full of the artists' limitless creativity, and more importantly, while “stargazing”, we can reflect on the current environment through a new perspective of life and ecology.

Casting our vision to the sky, space is the place where we can unfold our infinite imagination. With the continuous deterioration of the earth's environment, how will we survive in the vast universe? How will we live with the future world? These "future proposals" are full of the artists' limitless creativity, and more importantly, while “stargazing”, we can reflect on the current environment through a new perspective of life and ecology.

Technology development has provided people with the possibility of new technology and materials integration. If people once relied on nature to meet their own needs for survival and development, now “the braves" have taken the foresight to synthesize new materials by using molecular chemistry, bacterial culture, and other artificial interventions to "collaborate" with nature, which also offers a new material profile for the human future life.

Technology development has provided people with the possibility of new technology and materials integration. If people once relied on nature to meet their own needs for survival and development, now “the braves" have taken the foresight to synthesize new materials by using molecular chemistry, bacterial culture, and other artificial interventions to "collaborate" with nature, which also offers a new material profile for the human future life.

Technology development has provided people with the possibility of new technology and materials integration. If people once relied on nature to meet their own needs for survival and development, now “the braves" have taken the foresight to synthesize new materials by using molecular chemistry, bacterial culture, and other artificial interventions to "collaborate" with nature, which also offers a new material profile for the human future life.

Technology development has provided people with the possibility of new technology and materials integration. If people once relied on nature to meet their own needs for survival and development, now “the braves" have taken the foresight to synthesize new materials by using molecular chemistry, bacterial culture, and other artificial interventions to "collaborate" with nature, which also offers a new material profile for the human future life.

The balcony is a boundary of the building, a place where individuals connect with society. It is not only an extension of indoor living space but also a life scenario presented to the outside world. From this complex and diverse life scenario, we can see that the balcony shows us more of an effort to extend life outward to seek external power. It gives people an experimental space of imagination with infinite possibilities, like a laboratory of life, and this experience comes from an accumulation of daily knowledge and long-lasting life heritage. At this point, the balcony became more than a frame for scenery, but an ecosystem built by both technology and nature. This is a kind of spontaneous cooperation between human beings, through their own technology and the power of nature. It is a process that embodies the vitality of material and technological ecology, and becomes an aggregate of flowing powers.

The Community Co-Creation Project is a large-scale installation co-created with residents from different communities. Abandoned containers from residents* daily lives are rejuvenated in the exhibition hall — they are turned into tools for home gardening and vegetable planting, forming a miniature of different balcony scenery in our lives. Chongqing-based photographer Chen Rui is also invited to the project. His photographic work "Balcony Stories" forms a series of imaginary life stories based on different balconies, triggering people's resonance with the idea ofubalcony life".