The puzzle is palpable. Jean-Jacques Rousseau was the most brilliant of all developmental psychologists and his Emile the most profound book ever written on education. In the age of revolutions, Rousseau was one of th...The puzzle is palpable. Jean-Jacques Rousseau was the most brilliant of all developmental psychologists and his Emile the most profound book ever written on education. In the age of revolutions, Rousseau was one of the two most widely read philosophes in America and Emile the most popular of all his writings. More even than all that, Rousseau＇s ideas about education were far more in tune with the rhetoric of revolutionary America than those of his only real rival in pedagogy, John Locke. Yet Rousseau＇s influence on education in the new nation was negligible. How are we to explain that？ This paper suggests an answer to that question.展开更多
This paper discusses the nature of electromagnetic radio signals and summarizes the advances in optogenetics and radiogenetics that have found a substantial number of genes in both humans and other species that can be...This paper discusses the nature of electromagnetic radio signals and summarizes the advances in optogenetics and radiogenetics that have found a substantial number of genes in both humans and other species that can be activated by electromagnetic signals ranging from extremely low frequency （ELF） radio waves through to infrared radio waves as well as visible light and ultra-violet （UV） tremendously high frequency （THF） radio waves. The paper discusses the advances in nanotechnology where DNA is now being used in its capacity as a nanoscale semiconductor to act as the scaffold for supporting nanoscale integrated circuits. The research findings are presented that the DNA in vivo when it is immersed in water acts as a conducting nanowire with an alternating current （AC）. It is proposed that when there is an alternating current （AC） in the DNA it will be emitting electromagnetic radio waves at the same frequency as the alternating current. In addition, it is noted that brainwaves are extremely low frequency （ELF） radio waves and that the DNA as a conducting nanowire would act as a receiver or antenna for these ELF radio waves whereupon an alternating current would be generated in the DNA.展开更多
他来自丹麦,一个欧洲小国,但音乐赋予这个遥远的小国诗歌般的灵魂,也正是如此幽雅的地方孕育出众多伟大音乐家,素有"北欧鼓王"之称的丹麦著名鼓手Emil de Wall便是其中一位,也许中国乐迷对他还不是很了解,但他已经在世界... 他来自丹麦,一个欧洲小国,但音乐赋予这个遥远的小国诗歌般的灵魂,也正是如此幽雅的地方孕育出众多伟大音乐家,素有"北欧鼓王"之称的丹麦著名鼓手Emil de Wall便是其中一位,也许中国乐迷对他还不是很了解,但他已经在世界舞台上活跃多年,早已在北欧声名显赫.……展开更多
文摘The puzzle is palpable. Jean-Jacques Rousseau was the most brilliant of all developmental psychologists and his Emile the most profound book ever written on education. In the age of revolutions, Rousseau was one of the two most widely read philosophes in America and Emile the most popular of all his writings. More even than all that, Rousseau＇s ideas about education were far more in tune with the rhetoric of revolutionary America than those of his only real rival in pedagogy, John Locke. Yet Rousseau＇s influence on education in the new nation was negligible. How are we to explain that？ This paper suggests an answer to that question.
文摘This paper discusses the nature of electromagnetic radio signals and summarizes the advances in optogenetics and radiogenetics that have found a substantial number of genes in both humans and other species that can be activated by electromagnetic signals ranging from extremely low frequency （ELF） radio waves through to infrared radio waves as well as visible light and ultra-violet （UV） tremendously high frequency （THF） radio waves. The paper discusses the advances in nanotechnology where DNA is now being used in its capacity as a nanoscale semiconductor to act as the scaffold for supporting nanoscale integrated circuits. The research findings are presented that the DNA in vivo when it is immersed in water acts as a conducting nanowire with an alternating current （AC）. It is proposed that when there is an alternating current （AC） in the DNA it will be emitting electromagnetic radio waves at the same frequency as the alternating current. In addition, it is noted that brainwaves are extremely low frequency （ELF） radio waves and that the DNA as a conducting nanowire would act as a receiver or antenna for these ELF radio waves whereupon an alternating current would be generated in the DNA.
