From “puking pumpkins” to decomposing leaves, participants will explore biology, chemistry, and physics experiments that connect real-world phenomena with timely, hands-on learning.

In this web seminar participants will:

From “puking pumpkins” to decomposing leaves, participants will explore biology, chemistry, and physics experiments that connect real-world phenomena with timely, hands-on learning.

In this web seminar participants will:

From “puking pumpkins” to decomposing leaves, participants will explore biology, chemistry, and physics experiments that connect real-world phenomena with timely, hands-on learning.

In this web seminar participants will:

From “puking pumpkins” to decomposing leaves, participants will explore biology, chemistry, and physics experiments that connect real-world phenomena with timely, hands-on learning.

In this web seminar participants will:

Over the past 100 years quantum mechanics has become central to scientists’ understanding of the physical world: from governing the rules of chemical bonds, to underlying the workings of electronics and computers, to deepening the answers to questions like “Why is the sky blue?” and “How does the sun shine?”  Despite its centrality and increasing importance, quantum concepts are rarely mentioned in K-1

Over the past 100 years quantum mechanics has become central to scientists’ understanding of the physical world: from governing the rules of chemical bonds, to underlying the workings of electronics and computers, to deepening the answers to questions like “Why is the sky blue?” and “How does the sun shine?”  Despite its centrality and increasing importance, quantum concepts are rarely mentioned in K-1

Over the past 100 years quantum mechanics has become central to scientists’ understanding of the physical world: from governing the rules of chemical bonds, to underlying the workings of electronics and computers, to deepening the answers to questions like “Why is the sky blue?” and “How does the sun shine?”  Despite its centrality and increasing importance, quantum concepts are rarely mentioned in K-1

Over the past 100 years quantum mechanics has become central to scientists’ understanding of the physical world: from governing the rules of chemical bonds, to underlying the workings of electronics and computers, to deepening the answers to questions like “Why is the sky blue?” and “How does the sun shine?”  Despite its centrality and increasing importance, quantum concepts are rarely mentioned in K-1