These beautiful creatures are the hand-crafted creations of Philomath, OR-based glass artist Scott Bisson, who’s been blowing and flame-working glass for the past 19 years. His favourite things to make are amazingly lifelike animals that appear alert and lively and as though they’re just about to swim, skitter, slither or hop away.Scott has a very high intensity method of producing art. If he isn’t sweating and racing around like a madman he just isn’t doing his best. He believes energy and excitement always create the best work. Skill just isn’t enough. “I put a little bit of myself into every work of art I create. That is how I breath life into each piece”. Scott hates limitations and takes chances most artists wouldn’t dare. “If I don’t lose a piece a day from getting in over my head, then I am not pushing myself hard enough. Skill is the raw material of a great piece, and drive and energy make it take shape”.
I didn’t think I’d be getting on a plane at all in March, but plans shifted and we scheduled a trip to Philadelphia and New Jersey that left my beloved San Francisco on Sunday March 29th and returned us home on Monday, April 6th.
Our mission: Deal with our east coast storage. Without getting into the boring and personal details, we had to shut down a storage unit that MJ has had for years and go through some other existing storage to clear out donatable goods and finally catalog what we have so we have a better idea what to bring back to California with us. This required movers, almost an entire day devoted to donations and several days of sorting and repacking. It’s not all done, but we made pretty major progress, and did close out that old unit, so I’m calling the trip a success.
Perhaps what kept me sane through it all was the fact that MJ has piles of really old hardware, which is a delight to share on social media. Geeks from all around got to gush over goodies like the 32-bit SPARC lunchboxes (and commiserate with me as I tried to close them).
Now admittedly, I do have some stuff in storage too, including my SPARC Ultra 10 that I wrote about here, back in 2007. I wanted to bring it home on this trip, but I wasn’t willing to put it in checked baggage and the case is a bit too big to put in my carry-on. Perhaps next trip I’ll figure out some way to ship it.
More gems were collected in my album from the trip: https://www.flickr.com/photos/pleia2/sets/72157651488307179/
We also got to visit friends and family and enjoy some of our favorite foods we can’t find here in California, including east coast sweet & sour chicken, hoagies and chicken cheese steaks.
Family visits began on Monday afternoon as we picked up the plastic storage totes we were using to replace boxes, many of which were hard to go through in their various states of squishedness and age. MJ had them delivered to his sister in Pennsylvania and they were immensely helpful when we did the move on Tuesday. We also got to visit with MJ’s father and mother, and on Saturday met up with his cousins in New Jersey to have my first family Seder for Passover! Previously I’d gone to ones at our synagogue, but this was the first time I’d done one in someone’s home, and it meant a lot to be invited and to participate. Plus, the Passover diet restrictions did nothing to stem the exceptional dessert spread, there was so much delicious food.
We were fortunate to be in town for the first Wednesday of the month, since that allowed us to attend the Philadelphia area Linux Users Group meeting in downtown Philadelphia. I got to see several of my Philadelphia friends at the meeting, and brought along a box of books from Pearson to give away (including several copies of mine), which went over very well with the crowd gathered to hear from Anthony Martin, Keith Perry, and Joe Rosato about ways to get started with Linux, and freed up space in my closet here at home. It was a great night.
Friend visits included a fantastic dinner with our friend Danita and a quick visit to see Mike and Jessica, who had just welcomed little David into the world, awww!
Sunday wrapped up with a late night at storage, finalizing some of our sorting and packing up the extra suitcases we brought along. We managed to get a couple hours of sleep at the hotel before our flight home at 6AM on Monday morning.
In all, it was a productive trip, but exhausting and I spent this past week making up for sleep debt and the aches and pains. Still, it felt good to get the work done and visit with friends we’ve missed.
#DnD done right. (at Guardian Games)
RapP SCALLiON sErveD as A CooK abOARD gOVeRNOR maRLEYs shiP thE ELaiNe, wHiCH wAS AT ThAT TiMe LoOkiNg fOR the TreaSuRe Of Big WHOop.
HE WaS GiveN A PiECe of THE Map TO ThE TreASURE. He LaTer sET up aN hOtdOG stANd CALLed tHE STeaMiN’ WEEnie HuT LoCAteD On the NORTH BeaCH of ScabB iSLand.
The ceremonial opening kick of the 2014 FIFA World Cup in Sao Paolo, Brazil, which was performed—with the help of a brain-controlled exo-skeleton—by a local teen who had been paralyzed from the waste down due to a spinal cord injury, was a seminal moment for the area of neuroscience that strives to connect the brain with functional prosthetics. The public display was a representative of thousands of such neuroprosthetic advances in recent years, and the tens of years of brain research and technological development that have gone into them. And while this display was quite an achievement in its own right, a Drexel University biomedical engineer working at the leading edge of the field contends that these devices are also opening a new portal for researchers to understand how the brain functions.
Karen Moxon, PhD, a professor in Drexel’s School of Biomedical Engineering Science and Health Systems, was a postdoctoral researcher in Drexel’s medical school when she participated in the first study ever to examine how the brain could be connected to operate a prosthetic limb. More than 15 years after that neuroscience benchmark, Moxon’s lab is showing that it’s now possible to glean new insight about how the brain stores and accesses information, and into the causes of pathologies like epilepsy and Parkinson’s disease.
In a perspective published in the latest edition of the neuroscience journal Neuron Moxon and her colleague, Guglielmo Foffani from San Pablo University in Spain, build a framework for how researchers can use neuroprosthetics as a tool for examining how and where the brain encodes new information. The duo highlights three examples from their own research where the brain-machine-interface technology allowed them to isolate and study new areas of brain function.
“We believe neuroprosthetics can be a powerful tool to address fundamental questions of neuroscience,” Moxon said. “These subjects can provide valuable data as indirect observers of their own neural activity that are modulated during the experiments they are taking part in. This allows researchers to pinpoint a causal relationship between neural activity and the subject’s behavior rather than one that is indirectly correlative.”
The challenge faced by all scientists who study the brain is proving a direct relationship between the action of the subject and the behavior of brain cells. Each experiment is designed to chisel away at the uncertainty in this relationship with the goal of establishing causality—proof that the behavior of neurons in the brain is actually what is causing a subject to perform a certain action. Or, conversely, that a certain neural behavior is the direct result of an external stimulus.
Neuroprosthetics, according to Moxon, could be the way around this obstacle. This is because the prosthetic, as a stand-in for an actual body part or set of them, is also a vehicle for getting real-time feedback from the brain.
“Subjects can be viewed as indirect observers of their own neurophysiological activity during neuroprosthetic experiments,” Moxon said. “To move the prosthesis they must think both about the motor functions involved and the goal of the movement. As they see the movement of the prosthetic their brain adjusts in real time to continue planning the movement, but doing it without the normal feedback from the moving body part—as the prosthetic technology is standing in for that part of the body.”
This separation of planning and movement control was pivotal to Moxon’s research on how the brain encodes for the passage of time, which she recently reported in the Journal of Neuroscience. But this is just one example of how brain-machine-interface technology can be used to experimentally tease out and observe new certainties about the brain.
Moxon, who was recently elected a fellow of the American Association for the Advancement of Science and the American Institute for Medical and Biological Engineers, suggests that in addition to the study of how neurons encode and decode information in real time, incorporating neuroprosthetics into experiments could also show how this coding process changes with learning and is altered in pathological conditions like the ones that cause epilepsy and Parkinson’s disease.
“While the past 15 years have witnessed tremendous advancements in neuroprosthetic technology and our basic understanding of brain function, the brain-machine-interface approach is still expanding the landscape of neuroscienctific inquiry,” Moxon said. “By circumventing classical object-observer duality, the BMI research paradigm opens doors for a new understanding of how we control our own brain function including neural plasticity—and this has the potential to lead to new treatments and therapies for epilepsy, Parkinson’s and other pathologies.”
Found my dumbass mistake, pathing works perfectly now. Just in time for 100 followers, thx for looking at my stuff guys xoxo
Post apocalyptic Maple Town character creation! I’m picking the token that looks like real life me because fuck you that’s why.