New Book Reveals How Understanding Memory Processes Leads to Academic Success

Kurt Eby's new book, "Getting an 'A' Without Trying" sounds too good to be true, and at first, it even seems a bit far-fetched, but readers will quickly find that Eby not only has a method to his "madness" but he has actually developed a very logical and simple way of memorizing information through associations that can easily result in earning A's in school. As Eby points out early, even though higher education tends to emphasize critical thinking, first you need to know the material before you can think about it critically, and most "knowing" is simply memorizing facts and figures.

At first glance, the methods Eby suggests may seem outlandish, even nonsensical-they are like crazy cartoons running through our heads-and his classmates concluded, from looking at his notes, that he was either a genius, a cheater, or nuts. But Eby does not claim to be any of the three-he is simply the inventor of a very logical learning method that also happens to be a great deal of fun.

The result of Eby's method was that he received A's in school. In fact, he was only the third person ever to graduate from Palmer College of Chiropractic West with a 4.0, and he did that while only studying 30 percent as much as his classmates. In his book's introduction, Eby tells us, "The point of this story is not to brag about how brilliant I am, but as you will see throughout this book, it is rather about how ordinary I am, and about how anybody can do what I have done."

So what is Kurt Eby's secret? He has taken the time to understand how memory works, and then to build up associations for what he must memorize and to use visual representations of information so they remain firmly in his mind. Really, his method is not much more complicated than that, but the results are astounding, and anyone who reads this book and follows the exercises will quickly discover that he or she can do the same.

As a former professor and someone who has always enthusiastically been able to remember historical dates with little trouble, I think Kurt Eby's method would be very beneficial to students. When a student, I created my own little methods to help me remember things, often associated with stories or using rhythm to remember vocabulary definitions, but I never formulated anything so elaborate as what Kurt Eby has accomplished. Nevertheless, because I have used some similar, though less developed methods, I can definitely see how his process would work effectively.

As a novelist, I also appreciate Eby's methods because I have long known that storytelling is an effective way of learning material. Eby basically teaches us how to create story plots in our heads, associated with the information we need to remember. I think Eby's methods only reinforce how powerful stories are as a way to learn that can also make learning fun as well as educational.

I wish I and all students were taught such a method in elementary school, and this method is so simple that even elementary school children could easily learn it-in fact, I wouldn't be surprised if they excelled at it more than older students because they have spent less years mislearning how to learn.

Furthermore, I think many people, as they read about Eby's methods, will nod their heads and say, "I did something like that to remember X when I was in school." Only, most of us did not take the time to develop such methods further and thereby missed out on the benefits Eby saw as a result.

Finally, I appreciate Eby's practical advice not just about how to learn information, but the importance of the mindset required to learn and to succeed in showing you have learned the information. For example, he states:

Your mental attitude when you go into the examination is also extremely important. When I was a TA, I taught students to develop the attitude of looking at examinations as an opportunity to show off. If you go into an examination fearing it, the exam tends to eat you alive. However, if you go into the examination with the attitude that it is your opportunity to show the world how much you know, you come from a much stronger position.

Beyond strategies for memorizing, Eby also reminds readers how to think like teachers so they can take tests in a way to produce impressive results in their teachers' opinions. Eby gives helpful advice for how to answer questions that might not be as easy as simple memorization, as in the case of writing in-class essays, or how to impress instructors during oral examinations.

This book may look small and its methods may be simple, but its information is revolutionary and life-changing nevertheless; buying this book and spending the small amount of time required to read it is well worth the hundreds of hours of study time you will save and the reward of better grades you will assuredly receive. The path to the A's you have always wanted can easily be found within the pages of "Getting an 'A' Without Trying."

National Science Foundation Offers The Geoinformatics Solicitation Grant

Geoinformatics is the science and technology of developing and using information service sciences in addressing the issues linked to geography, geosciences as well as other branches associated to engineering.

The Division of Earth Sciences, under the supervision of the National Science Foundation, is among the actual departments that deal with the promotion and enhancement of the country's Geoinformatics-related programs.

The Division of Earth Sciences (EAR) has constituted means to promote the creation of cyberinfrastructure building activities aimed to eventually enable transformative advances in geosciences research and education.

In line with this objective, the EAR has built a solicitation program with a total anticipated budget of $4,800,000 that will award 5 to 10 eligible applicants the funds that they need in developing their geosciences-related projects.

The aforementioned solicitation program will not support hardware development or major hardware purchases but will normally comprise these particular inclusions:

a) Identify targeted user communities and describe how the proposed activity will address the community's unmet needs

b) Exhibit exemplary awareness and thorough knowledge of present informatics infrastructure and developments that could impact the proposed activity

c) Establish plans for the integration and compatibility of the proposed geoinformatics platform within current geoinformatics projects and activities.

Interested applicants are strongly recommended to contact the program officers of the EAR at the Grants.gov website to be able to discuss their ideas and seek further clarifications.

To be able to take part in this program, applications and proposals need to be electronically submitted to the Grants.gov website on or before January 13, 2012.

Individuals and organizations in the following categories will be regarded as eligible applicants:

a) Universities and colleges accredited by the government and located in the US and its territories

b) Non-profit, non-academic organizations including museums, research laboratories, professional societies and similar organizations located in the US and are directly associated with educational or research activities

c) For-profit organizations including strong businesses with strong capabilities in scientific or engineering research education

d) State and Local Governments including state educational offices and local school districts

e) Unaffiliated individuals like independent scientists educators and engineers in the US

As stated in the objectives of the Geoinformatics solicitation program in the Catalog of Federal Domestic Assistance, the program aims to bolster and enhance the national scientific enterprise via the constant growth of fundamental knowledge and increased comprehension of the complex Earth systems through the assistance of various research opportunities.

The National Science Foundation, otherwise referred to as the NSF, is the agency funding the Geoinformatics solicitation program. The NSF is constantly working into the promotion of the progress of science, the progression of national health, prosperity and welfare, and lastly the noble process of securing the nation's defense.

The primary objective of the Geoinformatics solicitation program is to improve the conduct of research in the field of geosciences by constantly providing support to community-created cyberinfrastructures which in turn integrates knowledge management across the geosciences. Which explains why this solicitation program is very much in keeping with the NSF's effort to promote the nation's interest in the many fields of science.