New brain imaging methods are helping us better understand how children learn, writes neuroscientist John Gabrieli. But "education neuroscience" has become the source of both promise and debate.

The before and after of a professional learning event is as important as the event itself, says Fred Ende, author of "Professional Development That Sticks" (ASCD Arias, 2016). Here, he introduces the TAR Method (Think, Act, Review) to help give these phases their due.

According to Jim Knight, learning something new--such as a new instructional approach or other innovation--and applying it in practice is complex and involves adaptations that take time. Knight describes the five stages he believes people go through in learning and practicing any innovation, from "non-use," gradually up to the stage of…

Authors of the newly revised Teaching with the Brain in Mind, Liesl McConchie and Eric Jensen offer whole-brain approaches teachers can take to engage students in new learning and retaining that knowledge.

New technology-enabled assessments offer the potential to understand more than just whether a student answered a test question right or wrong. Using multiple forms of media that enable both visual and graphical representations, these assessments present complex, multistep problems for students to solve and collect detailed information about an…

Sylwester says education must begin relying more on biology than social and behavioral science. All brain systems move from a slow, awkward functional level to a fast, efficient level. Contributions of metacognition, self-regulation, emotions, reflective and reflexive responses, comparison, and classification to cognitive development are…

Describes a program of educational improvement wherein the community and teacher interacted to save precious time in the classroom and enhanced the relationship of parents and educators. (RK)

A program to improve student ability to perform intellectually demanding tasks might reasonably focus on four types of objectives: abilities, methods, knowledge, and attitudes. (Author/MLF)

Neuropsychology professor Steven Petersen describes what scientists are finding out about brain development, synaptic growth and wiring, intentional and incidental learning, the role of emotion in learning, and declarative and implicit memory systems. Neuroscience has only the broadest outline of principles to offer today's educators. (MLH)

Research in cognitive science is providing an increasingly detailed understanding of human cognition. Teachers can help students become conscious of their own reasoning processes and then learn to compare, contrast, interrelate, or coordinate various ways in which they think in order to refine their problem-solving methods. (Author/MLF)

Responding to Goldman's critique of the Socratic method, the author redefines the "Socratic spirit" as rational dialog focused on questions of significance in an atmosphere of mutual support and cooperation. Exemplified in Lipman's "Philosophy for Children," this approach nourishes the reflective spirit in children and develops…

Seven key generalizations based on research findings from the study of children's language offer specific implications for classroom instruction and for instructional policy formulation and decision making. (Author/MLF)

Describes how 40 middle-school students and 2 teachers design a curriculum integration program centered on student-generated learning, characterized by strong student-to-student and student-to-teacher relationships. Covers choosing the students, setting the stage, and determining what to study. Provides examples of student-developed themes. (PKP)

Critical thinking alone is reactive, in that it lacks the creative elements necessary for social progress. Accordingly, the author has developed the CoRT (Cognitive Research Trust) program to teach the two aspects of perception: breadth (developing a perceptual map) and change (using the map to discover solutions). (TE)