Juggling while unicycling backwards

Lately I’ve been working a lot on my juggling while unicycling backwards technique, particularly in circles and figure 8’s. It is extremely challenging to say the least, but I am slowly learning to do smoother circles. In essence, it’s the same thing as doing forwards circles and figure 8’s while juggling: leaning in the direction you want to go in, as well as pointing your shoulders toward where you want to go. Your body is just facing the opposite direction from where you’re going.

Beyond this it can be difficult to explain the how of it. This is because so much of the learning when it comes to this difficult skill is subconscious. Repeat the same task over and over again and it gets stored in your muscle memory.

Although I haven’t mastered this skill yet, here are some tips for those who want to know how to do this(this assumes you can already juggle while unicycling forward):

1. Relax. Breath deeply before and while doing it to calm your muscles and oxygenate your cells. Try to achieve a state of mind that is both focused and relaxed.
2. Try to find a large, flat, quiet area to practice in. Don’t worry if your circles or figure 8’s are over-large, with practice you’ll slowly make them smaller.
3. Learn to idle while juggling first or while learning this. Idling and backwards are closely related skills. The better your idling, the better your backwards and vice versa.
4. You’ll likely make the same mistake over and over again. Learn to fail better, try to do the opposite of what keeps leading to the same mistake. In other words, try making different mistakes.
5. Don’t worry if you notice an asymmetry with your turning abilities, this is perfectly normal. I find clockwise backwards circles much easier than counter-clockwise. Just work a little more on your weaker side.
6. Be patient. It takes a while to learn a skill like this. You may experience many learning plateaus or you may even regress before getting better. Take breaks if you get very frustrated.
7. If you are a very self-conscious kind of person and there are people watching, just ignore them. Try not to care what others think and learn to laugh at your mistakes. Or just learn to get used to having people watch you.

 

The transition from forwards to backwards can be especially tricky when you first start out. Even if you can do it well without juggling it can still be a huge challenge. It’s almost like a separate skill in itself. The key to this is to isolate your lower body and upper body so your unicycling doesn’t interfere with your juggling and vice versa. This is a good approach to juggling while unicycling backwards in general.

With enough practice this should become a second nature. Happy riding!

 

Athleticism and vision

Here! Catch! How good are your eyes at keeping track of fast moving objects? Would you like to improve this ability?

Since professional athletes have to keep track of fast moving objects, it comes as no surprise that their dynamic visual acuity(DVA) is superior to that of non-athletes. What is DVA, and how exactly are athlete’s eyes better than non-athletes? The Waseda University, Mikajima, Tokorozawa, Saitama, Japan reports:

Dynamic visual acuity (DVA) is defined as the ability to discriminate the fine parts of a moving object. DVA is generally better in athletes than in non-athletes, and the better DVA of athletes has been attributed to a better ability to track moving objects. In the present study, we hypothesized that the better DVA of athletes is partly derived from better perception of moving images on the retina through some kind of perceptual learning. To test this hypothesis, we quantitatively measured DVA in baseball players and non-athletes using moving Landolt rings in two conditions. In the first experiment, the participants were allowed to move their eyes (free-eye-movement conditions), whereas in the second they were required to fixate on a fixation target (fixation conditions). The athletes displayed significantly better DVA than the non-athletes in the free-eye-movement conditions. However, there was no significant difference between the groups in the fixation conditions. These results suggest that the better DVA of athletes is primarily due to an improved ability to track moving targets with their eyes, rather than to improved perception of moving images on the retina.

So it was because their eyes are better at moving to track an object, than because of some kind of improvement in the retina. It is interesting how they tested this.

Can this ability be improved? With enough training, it looks like the answer is likely yes – High-Performance Vision Training Improves Batting Statistics for University of Cincinnati Baseball Players:

Results

The University of Cincinnati team batting average increased from 0.251 in 2010 to 0.285 in 2011 and the slugging percentage increased by 0.033. The rest of the Big East’s slugging percentage fell over that same time frame 0.082. This produces a difference of 0.115 with 95% confidence interval (0.024, 0.206). As with the batting average, the change for University of Cincinnati is significantly different from the rest of the Big East (p=0.02). Essentially all batting parameters improved by 10% or more. Similar differences were seen when restricting the analysis to games within the Big East conference.

Conclusion

Vision training can combine traditional and technological methodologies to train the athletes’ eyes and improve batting. Vision training as part of conditioning or injury prevention can be applied and may improve batting performance in college baseball players. High performance vision training can be instituted in the pre-season and maintained throughout the season to improve batting parameters.

This is pretty remarkable, though they didn’t use any control groups(they compared results with the previous year).

They used a variety of devices to help improve their DVA and hand/eye coordination, including: Dynavision, Tachistoscope, Brock String, Eyeport, Rotary, Strobe Glasses, Saccades, and Near Far training.

I have no experience with any of these things, so I can’t say which ones work better than the others. As a juggler, I wonder if jugglers have the same superior DVA as baseball players, and I also wonder if learning to juggle could help improve the DVA and coordination of baseball players.

I also wonder if any of those cool sounding devices could help a juggler improve his/her juggling ability.

It’s hard to say at this point.

Joggling as training for extreme sports

Base jumping. Source: Wikipedia

There aren’t very many jogglers out there. In the U.S, the number of jogglers appears to be in the hundreds. Most train just to be better jogglers or because they simply love joggling. There are also a few “swogglers”(juggling while swimming) out there, but they are even rarer.

A few jogglers, like Perry Romanowski, are ultra-jogglers, which is basically juggling while ultra-running. Perry has not only set many world joggling records, he also runs by far the best, most informative website about joggling at: Justyouraveragejoggler.com. Whether you are just a casual joggler or you want to train for marathons or ultra-marathons, his site has a lot of useful advice. I’ve learned a lot from him, and wish him well in his ultra-ultra marathon joggling and scientific exploits.

While joggling for joggling’s sake is why most of us do it(and I am not sure if ultra-marathon joggling counts as an “extreme sport”), can joggling also be used as training for extreme sports? Obviously, the best way to train for various extreme sports is to train at these sports, but a little cross-training can be valuable, especially with how joggling improves your hand/eye coordination. After all, why run, when you can joggle?

While there is no universally agreed upon definition of an “extreme sport”, certain sports like BASE jumping obviously qualify. A looser definition could easily include downhill skiing(especially extreme skiing), and rock-climbing. Hang gliding would also probably qualify. The main thing these all have in common are that they are inherently dangerous, especially BASE jumping.

Another thing they have in common is that they all require a very high level of coordination, coordination that can make the difference between life and death. Just think of the coordination a rock climber needs, and the split second decision making they need to make if something goes wrong, and how having excellent coordination can prevent them from falling to their death.

So can joggling help better prepare people who want to BASE jump, or rock climb, or be an extreme skiier? I honestly do not know, but I see little reason to believe it would hurt. I have no experience in any extreme sports except for a little climbing, so my opinion concerning this isn’t particularly well-informed.

One reason joggling may be a good cross-training activity for extreme sportsmen and sportswomen, is that it is much easier to find the time and place to joggle on a regular basis. But who can BASE jump every day? Or ski down an extreme mountain slope, or hang glide every day? Unless you are very lucky to live at a place that affords you the opportunity to do this, and you also have a lifestyle that allows you to do this every day, it can be difficult to practice these activities with regularity.

So if you are into extreme sports or want to get into them, why not give joggling a try first? Maybe you will be a lot better at your chosen extreme sport if you joggle every day, or maybe not. It’s difficult to know how much of your joggling ability can transfer to other activities requiring extreme coordination, but I am reasonably certain it is greater than nothing.

Joggling is a winter sport

Some people said it couldn’t be done, but everyone must know that joggling can be done during the winter, even with snow on the ground. Happy Thursday everyone!

You get most of your protein from nuts?!

Rumors have been swirling around about this for quite some time. I thought it was time to tell the truth. I do, in fact, on many days get most of my protein from nuts. Or a delicious combination of nuts and legumes. The Wild Juggler is in fact a vegetarian.

So how is this possible? Is he, yet again, violating the laws of physics? Truth be told, nuts are a great source of protein.
1/4 cup of almonds contains about 6 grams of protein.

While it also has a lot of fat, it is mostly the healthy, unsaturated kind of fat. Almonds and many other nuts are also good sources of fiber, minerals, and protective phyto-chemicals, similar to the ones in tea and some vegetables. I love my nuts raw and unprocessed. I don’t eat nuts that have added oils, salt, sugar or anything. Read labels. I often snack on nuts after a long joggle.

If you’re afraid that eating nuts will cause weight gain, do not worry. I eat tons of nuts almost every day; if you’ve been pecan at my photos, you know I’m not exactly obese. Still not convinced?

According to Fitwatch.com, eating nuts regularly can help you lose weight by speeding up your metabolism – Why Eating Nuts Can Help You Lose Weight

Fiber, always your friend, helps prevent the fat from getting absorbed. I think nuts are a great way to replace meat and dairy in your diet. People who eat a lot of nuts are generally slimmer, on average than those who eat the least. Nut butters make a great snack and are good for making sandwiches. Peanut butter is one of my favorites, though technically, peanuts are a legume.

I totally love nuts. When people call me a “nut”, I take it as a compliment. So go nuts with nuts, and try to violate the laws of physics with your fitness routine!

Juggling as cross-training

Cross-training is when exercisers alternate their fitness routine with something different yet complementary to their preferred, usual regimen. It aims to improve overall fitness by addressing whatever shortcomings their usual training has. A good example of this is a runner who occasionally cycles; running mainly uses the calf muscles while cycling mainly uses the quadriceps. By occasionally cycling, a runner can improve his ability to run up hills, since running up an incline relies more on the quadriceps. 

It all makes intuitive sense, although science hasn’t necessarily validated all the various forms of cross-training for athletes. Nevertheless, cross-training is encouraged by coaches and fitness experts to elite athletes and non-elite athletes alike. A runner who occasionally cycles will be more fit than a runner who exclusively runs.

It is my opinion that both juggling and joggling are neglected as cross-training for a variety of athletic activities. Off the top of your head, think of all the various sports that require good hand-eye coordination, and upper body endurance, which juggling is very good at improving. While juggling isn’t the only way to improve hand-eye coordination, it is one of the most convenient and is also a moderate aerobic workout in its own right. 

Consider boxers for example: They regularly run or use a jump-rope as cross-training to improve their overall aerobic fitness and endurance. However, neither of these helps optimize the critically important hand-eye coordination of the boxer, though jump-roping is slightly better than running in this regard. Jump-roping may be good for developing a good sense of rhythm and exercises the arms unlike running(even better if you can do a lot of tricks with the jump rope). It is still not as “good” as juggling.

Now imagine if instead of running or jump-roping a boxer joggled outside for a few miles or “joggled” in place at the gym with 3 balls. I believe this would be an improvement in their cross-training regimen, although I must admit I know very little about boxing. I believe it could improve their hand-eye coordination, unless they are doing something else as part of their training that has already optimized their hand-eye coordination.

If somehow the boxer could work his way up to juggling or joggling 5 balls, he may reap even more benefits. This is speculation on my part. Although I have never boxed, I did study martial arts for a few years which is similar. Juggling/joggling could also be used as cross-training for cycling, rock-climbing, tennis, martial arts, and so many other life-affirming activities. Even all by itself, it is fun and gives your brain a good workout.

For the record, I think joggling has improved my dancing ability, something which I had no ability to do before since I’ve always been a big klutz.