研究发现手写可以增强大脑的连通性
Study Finds Handwriting Increases Brain Connectivity

原始链接: https://www.zerohedge.com/medical/study-finds-handwriting-increases-brain-connectivity

挪威的新研究表明,与打字相比,手写可以刺激多个大脑区域。 根据《心理学前沿》发表的一项研究,手写可以增强大脑的连通性,因为它涉及复杂的精细运动技能和精确的动作。 相比之下,由于其重复性,在键盘上打字产生的精神刺激较小。 该研究利用高密度脑电图(EEG)分析了神经网络和大脑连接,建议出于教育目的平衡手写和数字技术。 儿童的大脑更有能力学习字母形成和精确动作等复杂事物,这使他们成为教学的基本技能。 然而,专家警告不要过度依赖技术,并主张将传统手写技术与数字工具结合起来。 包括加利福尼亚州在内的美国各州已实施草书书写要求。 虽然该研究强调了手写的重要性,但也存在一些局限性,例如高频脑电图的空间分辨率较差。 尽管如此,手写仍然是一种有效的学习工具,必须与当今数字时代的技术进步一起考虑。

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原文

Authored by George Citroner via The Epoch Times (emphasis ours),

In our digital age, laptops and smartphones have become appendages for students and professionals alike. But new research suggests we may want to take a break from all that typing.

(Song_about_summer/Shutterstock)

A recent study from Norway found that the old-school art of handwriting engages parts of the brain that tapping on a keyboard does not. The intricate movements involved in handwriting activate more regions of the brain associated with learning than typing does.

Handwriting vs. Typing

A new study published in Frontiers in Psychology and led by Audrey van der Meer, a neuroscience researcher at the Norwegian University of Science and Technology, examined the differences between handwriting and typing. Ms. Van der Meer and her team analyzed the neural networks involved in both activities to uncover their respective impacts on brain connectivity.

We show that when writing by hand, brain connectivity patterns are far more elaborate than when typewriting on a keyboard,” she said in a press statement. “Such widespread brain connectivity is known to be crucial for memory formation and for encoding new information and, therefore, is beneficial for learning.

The researchers used high-density electroencephalograms (EEGs) to collect data from 36 university students. Participants were prompted to either write or type words displayed on a screen by pressing keys with one finger.

Results showed connectivity between different brain areas increased substantially when writing by hand. In contrast, typing did not produce a comparable boost in connectivity.

Our main finding is that writing by hand is excellent brain stimulation for people of all ages,” Ms. Van der Meer told The Epoch Times. Writing on a touchscreen with a digital pen yielded more neural network activity versus typing on a keyboard, she added. “The more connections in the brain during a task, the more the brain is used to its full potential.”

Why Handwriting Remains Essential

The meticulous letter formation and precise movements of handwriting substantially boost the brain’s connectivity patterns involved in learning, according to Ms. Van der Meer. This implies that the benefits observed with digital pens may also apply to traditional pens and paper. In contrast, the repetitive key-tapping of typing was less mentally stimulating.

She pointed out this likely explains why children taught to read and write on tablets often struggle to differentiate between mirror-image letters. The researchers recommend that young children receive at least some handwriting instruction. “Forming letters by hand is a complex fine motor skill that challenges the young brain.”

Children first taught via tablets also tend to have poorer spelling and letter recognition, likely because they lack the motor experience of handwriting each letter, Ms. Van der Meer said.

However, the researchers don’t advise abandoning tech. They suggest a balanced approach, using handwriting for lecture notes to optimize learning while leveraging keyboards for extensive writing tasks. The findings underscore adapting teaching methods to take advantage of both traditional and digital writing tools.

Study Limitations

The research doesn’t paint a full picture, said Dr. Juliann Paolicchi, a pediatric neurologist with Northwell Health’s Lenox Hill Hospital and Staten Island University Hospital, who wasn’t associated with the study.

The researchers used high-frequency EEGs to record brain activity. This EEG method has poor spatial resolution, limiting its ability to pinpoint specific brain region functions. “For spatial brain function, a far more sophisticated analysis is found with PET imaging, which provides a direct picture of brain regions involved in a function,” Dr. Paolicchi said.

Second, the typing group used just one finger. Dr. Paolicchi emphasized touch typing properly with both hands is far different from “hunt and peck” typing with one or two fingers. “When taking notes in a classroom, which is the model that the researchers were trying to recreate, touch typing is far more common with students than one-digit hunt and peck,” she noted.

Cursive Writing Returning to Schools

Cursive writing is making a comeback in many U.S. states after being dropped over a decade ago.

When the Common Core State Standards were introduced in 2010, they explicitly referenced learning keyboard skills in grades 3 through 5. The standards require fourth graders to type a full page in one sitting. As a result, cursive was largely abandoned in most school districts.

However, this trend is now reversing, according to data from MyCursive.com, which tracks cursive writing requirements nationwide. Currently, 21 states mandate some form of handwriting education. Most recently, California passed a law in October 2023 making cursive handwriting mandatory from first through sixth grade.

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