The book does not come with LEGO bricks, so you’ll have to use your own, or order them. But the idea of a book like this is not to give precise instructions of what to do, but rather, theory, ideas, methods, to create your own. Continue reading Deck the halls with boughs of LEGOs!→
This new book is smaller, has fewer projects, requires the purchase of fewer components, is an accordingly less expensive book, and perhaps most important for some people, requires no solder! Continue reading A Beginner’s Guide to Circuits→
As is the case with the other kits, the Solar System includes a book, a large format big flat thing to which one might attach stickers, stickers, and a unique on-topic object, in this case, those cool stars you can attach to your ceiling or walls, and they glow in the dark. Continue reading The Solar System from The Smithsonian→
LEGO Micro Cities: Build Your Own Mini Metropolis! is a LEGO building idea book that provides a macro number of examples of building buildings, or other structures using a very small number of bricks. It is like the N-guage of LEGO. This is sort of the opposite of the LEGO idea book I recently reviewed, The LEGO Architecture Idea Book, because the latter is for large scale, and the former for very tiny scale.
Author Jeff Friesen is a famous LEGO builder, and a photographer, who tweets at @jeff_works.
You get an idea of how to build skyscraper, bridges, public transit elements, and tightly packed downtown zones. There are suggestions for how to build the geology that underlies the buildings and other infrastructure. And the subways. Continue reading Build Miniature Cities with LEGO→
The LEGO Boost Creative Toolbox is a humanoid robot that is also a guitar, a dogbot, and an industrial fabrication machine. Which of these things it is depends on which set of instructions you follow. A scratch-like programming language lets you control the boost from a phone or tablet, via blue tooth. It is not cheap, but it is an amazing and excellent toy.
National Geographic Hobby Rock Tumbler Kit is truly a gift that keeps on giving. We got one last year at Christmas time, and it has been running ever since, except in the coldest months of the year. It is noisy, so you will need to have a place where the sound is not a problem. We run it in the garage (thus the moratorium during the deep cold Minnesota Winter).
There are other rock tumblers out there, and if you want to get serious, you’ll want to shop around and maybe even look at the Vibratory Tumblers, a related technology.
Warning: Figure out a way of disposing of the sludge that does NOT involve putting it down a drain. It will ruin your drains. Dig a hole in the back yard, or make an evaporation system (that’s what we do) so you can throw the dried sludge in the trash.
Expect to buy more rocks, as well as more raw materials. Here are a few examples of what we invested in:
There is a new series of educational kits called Exploration Station, coming out in a few day. You can pre-order them. I’ll post about three of them, starting with Exploration Station: The Human Body.
The kids are designed for learning by kids six years and above, but I think they are ideal for third or fourth graders. All the kids follow a similar theme. There is one item that will end up on a bedroom shelf along with other toys like items. In this case, a make it yourself human skeleton one foot tall. There is a book on the subject, in this case, the human body. There is a large sheet of heavy duty laminated material and a set of stickers to stick on to it. In this case, it is a 13 by 18 inch poster with a depiction of the human body. In addition, this kit includes a set of flash cards about various aspects of the human body or physiology.
The science is good, the book is engaging, lots of words but also lots of pictures. The manipulable materials are fun and educational.
I think the kits were originally designated to be about $22, but the pre-order price is closer to $15 . I think they are worth the larger price, but the lower price is very nice.
This is an ideal holiday gift for a kid in the right age range. It is not going to fill your space with a pile of useless crap, and it is not going to make a mess, or any noise. The educational value is high, and the quality is right in the range for an item of this price range. The only down side is that it is a little hard to wrap round things, but you’ll mange.
I no longer call myself a skeptic. Well, actually, I probably never really did, but now I’m more explicit about that. Why? Two reasons. 1) Global warming and other science deniers call themselves skeptics, and I don’t want any confusion. 2) The actual “skeptics movement” is described as…
…a modern social movement based on the idea of scientific skepticism (also called rational skepticism). Scientific skepticism involves the application of skeptical philosophy, critical-thinking skills, and knowledge of science and its methods to empirical claims, while remaining agnostic or neutral to non-empirical claims (except those that directly impact the practice of science). The movement has the goal of investigating claims made on fringe topics and determining whether they are supported by empirical research and are reproducible, as part of a methodological norm pursuing “the extension of certified knowledge”. The process followed is sometimes referred to[by whom?] as skeptical inquiry.
That’s all nice and all, but I discovered that the actual skeptics movement is made out of people not quite so cleanly guided by a philosophy, roughly one third of whom are not really skeptics (such as Penn Jilette and James Randi, who allowed their libertarian philosophy to drive “skepticism” of anthropocentric global warming long after the scientific consensus was established), “mens rights activists” (MRAs) who vigorously attacked anyone speaking out in favor of women’s rights, against rape, etc., and #MeToo movement poster boys, who have for years used skeptical conferences as their own private meat markets.
Besides, I’m an actual scientist, so I can be a fan of science without having to be a fanboy, which makes it easier for me.
I started writing publicly, blogging, partly to be an on-line skeptic, to take on politically charged topics, especially as related to evolutionary biology, but other areas of science as well (and more recently, climate change), addressing falsehoods and misconceptions. But I very quickly discovered that there multiple and distinct kinds of “skepticism” make up the larger conversation.
There is a lot of very low level, knee jerk skepticism that is little more than uninformed reactionism, based on, at best, received knowledge. That is about as unskeptical as it gets. The Amazing Randy says Global Warming is nothing other than natural variation. Therefore, I will believe that. Uncritically. Some of this is what I long ago labeled as “hyperskepticism.” This is where potentially valid skepticism about a claim is melded with hyperbole. “There is not a single peer reviewed study that shows the bla bla bla bladiby bla” coming from the mouth of a person who has never once even looked for a peer reviewed study about any thing. They hyperskeptic may create entire categories of things that include claims worthy of debunking, and put all of the thing into the debunked category even if they are not.
A fairly benign example of this relates to CAM medicine. “CAM” refers to “complementary and alternative medicine” like acupuncture, rolfing, and the like. These are mostly forms of treatment that have no basis in science, and probably don’t do anything useful even if they sometimes cost real money. Hypersketpics put all CAM into the same category and light a match to it. But, there is a subset of CAM that is legit … the very fact that I wrote that sentence just there will disqualify me, and my entire post, and everything I ever say — there will be comments below that say “I stopped reading when you said “there is a subset of CAM that is legit”. OK, hold on a second, count to four. One two thee four. Now that all the hyperskeptics have gone off in a huff I can continue … and I can give you an example. There are people who undergo regular, uncomfortable, sometimes painful or sick-making treatments as part of their normal medical routine. Chemotherapy, dialysis, that sort of thing. We know that the quality of an individual’s life can be improved, their stress levels, reduced, and thus, probably, the outcome of their treatments improved or made less complicated, if the environment in which they get the treatments are more comfortable. This is why dentists put ferns and pictures of the ocean in their waiting rooms. There is evidence to suggest that surroundings should be considered in design of treatment rooms, waiting room, etc. (See for example, Brown and Gallant, 2006, “Impating Patient Outcomes Through Design: Acuity Adaptable Care/Universal Rom Design. “Critical Care Nursing Quarterly. 29:4(326-341) and Ulrich, Zimring, and Zhu, 2008, “A Review of the Research Literature on Evidence-Based Healthcare Design. HERD 1(3). They hyperskeptic wants divide the world into evidence based double blind study proven and everything else, with everything else being always wrong in all ways. (Perhaps I exaggerate a little, but only for the irony.) This concept, of considering room and environmental design, now standard, did exist before CAM (those dentists and their ferns) but the study an implementation of stress reducing design as we now know of it comes from the CAM movement. What is needed is not closing down CAM, but making it accountable. It would probably get much smaller if that happened, but what is left of it would be useful.
Four others contributed to this volume, Bob Novella, Cara Santa Maria, Jay Novella, and Evan Bernstein.
I do not agree with everything in this book. For example, although the discussion of placebo effect is excellent, I have a different take on it. I like to divide the effect up into different categories than I do, and I want to make a more explicit connection between the phenomenon called placebo effect and the role and meaning of a control. But for the most part, every single one of the more than 50 topics covered in this book is well treated, informative, and enjoyable to read. (See what I did there? I was a little skeptical of the book, so now, you know it must be good!)
Do get and read this book, get one for a friend for a holiday gift, and enjoy. But right now, before you even do that, to tho the Amazon page and find the negative reviews. There are only two now (the book just came out) but they are a hoot.
Some of the earliest LEGO sets were for buildings or some sort of structure, and to this day architecture forms a core part of the LEGO panoply. If you build an architecture project from a kit, you’ll see that they are highly engineered. In order to make a LEGO project look like something other than a concoction of random bricks made by some kids having fun (which is, of course, just fine), serious planning has to have happened.
Most of the LEGO books I’ve seen are pure idea books. If you wanted to build a project based on what you see in the books, you have to either have a huge collection of LEGO parts very well organized, or you have to be prepared to order several specific bricks that are called for in the books.
But that is the wrong way to play with LEGOs. The books demonstrate concepts, give you ideas, guide you to become a better LEGOer.
How does this work? Let me give you an example. Say you want to build a building with nice columns. There are many different kinds of columns out there in architecture land, and you can imagine that there are different ways to build each one, and which method you use depends, in turn, on the scale you are working on. Say you want to build columns that would go with a building that would work well with the assumption that the building will be used by minifigs (the small LEGO people that come with many kits). Finch gives you sixteen pages of ideas for columns, starting out with these two:
The wizzard behind the book, Alice Finch, is one of the top LEGO builders in the world, famous for her extensive renditions of Harry Potter’s world and other major projects (see below). This is a great book for the aspiring LEGO builder, and an excellent choice as a holiday gift for your LEGO-loving offspring.
This book is in line to win the Greg Laden’s Blog Science Book of the Year.
It looks like a high quality, almost coffee table like, book on the arachnids, things like mites and spiders and such. But that is only what it appears to be on the surface. Just below the surface, it is a compendium of evolutionary amazingness, a detailed description of the photogenic history, behavioral biology, and co-evolution of plants and animals, with almost all the protagonists in the numerous loosely connected stories being one sort or another of amazing arachnid.
Geographically, the book focuses on the arid American Southwest. This allows the author to be quasi-comprehensive in coverage of species (about 300 from among 11 orders). It also allows the author to tell the story of these critters as a story, with interconnected features of evolution and ecology. This is literary hard core science, with great illustrations (about 750 color photos, and other illustrations).
Because of the US SW focus, it might be a better purchase for people living in just that area. But as is the case with a handful of other nature-oriented books, like the The New Neotropical Companion, the science content and overall interest of the book transcends geography. You’re not really going to want to get that close to these arachnids anyway….
This is a very good book. You will learn things, even if you already know a lot about arachnids.
The author is a clinical microbiologists and photographer.
I know a lot of you are interested in global warming/climate change, so you need to know that this book is not mainly about that (but it is covered). Rather, this book is the Rosetta Stone that allows you to connect a general understanding of the planet (it is round, it spins, it has an atmosphere that includes water vapor, and tends to reside between -50 and +50 degrees C, etc.) and the person on the TV talking about air masses going up and down and what is going to happen during “the overnight” and “the overday” and such. Continue reading Making Sense of Weather and Climate→