Welcome to my home page. I became blind at birth. I started programming computers at a young age. I also earned my general class amateur radio license, KA3TTT, a hobby to which I have returned with great joy. I practice Qigong and consider myself a Taoist. I use Linux as my desktop and Android as my mobile OS. I eat gluten-free vegan meals. For the rest you'll have to read my blog. To comment on what you read here, visit Disboardia, my bulletin board system.
My 4 1/2-year-old nephew Demian had his first QSO (ham radio contact) with Santa!
The Blind Hams had a Santa net. A net works like a round table, where a net control takes check ins then lets them comment. Hams have a tradition of letting kids go on the radio to talk to Santa. Legally we can bring them on as third parties. When they announced it I texted my brother Ari to see if Demian would like to do it, and Ari loved the idea. They live close by, and we felt safe meeting in person.
I went shortly before the net. I figured that I could bring my HT hit my ClearNode and everything would go smoothly. After all, I had upgraded the stock antenna. I thought wrong. It turns out Ari’s house blocks radio signals even more than my condo. First I put the node in Parrot mode, which repeats back what it hears. This comes in handy for testing. I couldn’t hit it at all from their kitchen table. I took the node out of Parrot Mode and connected to Blind Hams. I could hardly hear it. We decided to go on a little ham radio adventure to the roof deck. Ari and I went up with the radio, and his wife Sarah brought Demian.
We made it just in time. Pat, KE0TGA, asked for final check ins and I gave my call.
That sounds like Austin, Tango Tango Tango. You are coming in with about a 30% signal strength, but try again.
The response caught everyone off guard. They wondered how Mrs. Clause knew my name. We still had some trouble sending Demian’s name even after spelling it phonetically.
The name is Demian. Delta Echo Mike India Alpha November.
I lifted the radio as high as I could, and Ari lifted Demian. At first he just wanted to say hi, but we convinced him to talk to Santa. He felt shy, but he opened up when Santa started talking to him. After a little coaxing from Ari he told Santa that he wants monster truck things. Santa got the message.
Demian likes science, and you couldn’t pick a more scientific hobby than ham radio! I hope this event will start him on a long and enriching path. Ari said that Demian felt overwhelmed and quiet, but would talk about this for the next six months. I have a feeling that Santa will bring him plenty of monster truck things.
My Qigong teacher Iris Kitagawa-Rainey recorded a video of me doing one of our favorite forms called Inner Rivers Flowing. We have had class in the park all summer and into the autumn. We recorded it near a rosebush. Usually we repeat it nine times on each side, but for the video we only did it three times.
I had a strange experience while listening to the video. It has a lot of background audio, and I heard none of it while doing the exercise. Qigong focused my awareness so effectively that I didn’t even notice.
This form starts turned to one side, with one foot in front of the other. Stand on the heel of the front foot. Inhale and circle the hands up so the palms face the body at chest level. Exhale, turn the palms forward, and push. At the same time, come down onto your front foot. Inhale, flip the palms so they face the body, and pull. Bring up the toes of the front foot again so that you stand on your heel. Exhale, flip the palms, and push Qi down the front leg into the Earth. Tuck the head and round the back. Your slightly cupped hands should move down the front of the leg towards your foot, with the heel resting on the Earth. Inhale, flip the palms, and pull Qi up the leg as you straighten. Bring the hands up and start the next repetition. Repeat for nine times in total, then switch sides. We usually end with a healing breath where we bring our hands half way up then back down, but this time Iris had me bring my hands over head, which caught me a little off guard.
I love this form. It always makes me feel tranquil. I count it as one of my headache helpers.
I grew up in Swarthmore, Pennsylvania, also known as Tree Town USA. My family’s home had beautiful trees and plants in its yards. I had a beautiful 120-foot doublet running through some of them. I remember making contacts on all of the HF bands, 80-10 meters.
Now I live in an apartment which does not allow outdoor antennas, but I still wanted to get on HF. After a lot of research, I settled on the underestimated magnetic loop, to borrow the title of an article. The antenna has a small inner loop, which looks like a sideways oval made of thick cable, measuring around 11 inches wide. This connects to the radio. It then has a larger outer loop, measuring 3 feet in diameter. The antenna sits on a tripod. You manually tune the antenna to the narrow band of frequencies where you want to operate. A magnetic loop trades selectivity for size and efficiency.
The article referenced above states that many people underestimate the magnetic loop because of its diminutive size and narrow selectivity. When I read that I thought:
Wait a minute! I’m skinny, blind, and introverted. People underestimate me all the time because of my diminutive size and narrow selectivity
After reviewing the different commercially available loops I contacted Alpha Antenna and asked if they had any field reports from blind hams. Steven Deines, the owner, replied and assured me that they had, and that I could use the antenna without difficulty. Just tune to the spike in the noise floor, and fine tune to get the best SWR. At the time Alpha Antenna only offered a manually controlled loop. Steve recommended purchasing the loop that went down to 40 meters, because the installation of the booster cable to add 80 meters might prove difficult. It turns out he got that right.
That first loop got me back on air. A few months after I bought it, Alpha Antenna released a remote control unit. I got some help installing it from a handyman who came to install my talking thermostat. Adding the remote really changed everything.
I learned something I wished I had learned sooner, so wanted to include it. You shouldn’t use an antenna tuner with a magnetic loop. In the case of the Elecrat KX3, this means setting the ATU MD menu setting to BYPASS. Tune the antenna by tuning the variable capacitor while watching the SWR. Leave your radio’s tuner out of it. Alpha Antenna wrote an article on their blog which confirmed my observations.
Hams have frequencies across the entire radio spectrum, because different wavelengths behave differently. I could get down to 40 meters, my go to band, but I knew that as the night went on 40 meters would die down while 80 meters remained active. Even though the antenna didn’t support it I could hear WWV blasting in on 5 MHz. When Alpha Antenna announced a new version of the Alpha Loop which went down to 80 meters and with an improved Alpha Match box and a simpler design I decided to upgrade.
I placed the order around Thanksgiving, hoping for a nice holiday present. Unfortunately they had an ice storm, which delayed production. When I did get the loop, I found that the remote control unit did not work. The rotor would turn, but the frequency would not advance. I got my friend Meg, the one who gave me a straight key, to take a look, and she and Steve worked together to fix the problem. It turned out the screws just needed a little tightening.
Finally I could tune, but I had a new problem. I could only get down to about 3710 kHz. The band goes down to 3500 kHz, and I planned to do most of my work in the lower part of the band, where CW (Morse Code) activity takes place. This started a whole back and forth dialog. We went through several cables, but that didn’t help. I decided to pack things up and send everything back. Steve remained supportive.
I had a cursed Field Day. Getting a big enough box took a week because of the pandemic. I had not sent the antennas back yet, so decided to put up the newer one to get better efficiency on 40 meters. When I came upstairs to my shack, I discovered that the power cord to the remote control had fallen out! I quickly unplugged it and packed it up. I put up the older Alpha Loop, and made 10 QSOs.
The next day I decided to try a little operating from my kitchen table, using my AX1 without any power at all, in the true Field Day spirit. I had no success thanks to terrible conditions, so decided to go back to the old loop. When I turned on the remote control, I discovered that it did not work either. I think it had the same weak point. I could not believe it. Both of my antennas had failed on the biggest ham radio day of the year. I cursed and went to have dinner, wondering why I spent so much time and money getting all of this working. Of course, after dinner I started thinking about how to get back on air as quickly as possible. I put up my Buddistick and sent back my loops.
The Buddistick did a good enough job. I made 14 QSOs, including the 13 Colonies bonus station WM3PEN. I belong to HARC, and signed up to operate it, but losing my main antenna thwarted that. I didn’t mind operating from the other side. The operator of the station later told me I gave him a 559, but I’ll take it. I felt glad to get back on air, but missed my loop. It did a better job rejecting the electrical noise which surrounds me. We call it QRM. I especially began to appreciate not needing a counterpoise. I learned that the distance from my window to my front door measures almost exactly 33 feet, the length of a 1/4 wave on 40 meters.
While cleaning up my shack I found one of the outer loops which Steve had sent me to try. I forgot to send it back. I told him about the cable and he said that I didn’t need to worry about sending it back. Now I had an extra cable. This would matter later.
He repaired the remote controls on both antennas. I explained that I have my shack in the loft above the antenna, and had to put a ferrite on the cord in the shack to get rid of a nasty 120 Hz hum on 20 and 15 meters. This stressed the cord, and I promised to remember this when I redeployed the antenna. He crimped the connections, making them stronger. Future units will benefit from this change.
He tested the newer loop. It tuned all the way down to the bottom of 80 meters. He then realized the source of the problem. When I assembled the antenna, I made the outer loop have a round shape. Actually, the outer loop should have the same shape as the inner loop, like a sideways oval. This would then make the bottom part of the booster cable come up more, bringing it closer to the bottom of the outer loop instead of sagging down. The manual did not describe it clearly, and I could not see the photo.
Steve updated the manual and sent me a copy to review. This really impressed me. You can read it for yourself!! Note the part about how the outer loop should have the same shape as the inner loop. Steve put clips and zip-ties on the cables and sent everything back to me. Now I could try it exactly as he intended.
I got the antenna back and could hardly wait to set it up. First I tried going on good old 40 meters. It worked as expected. Now the moment of truth would come. I tuned down to 80 meters. I tried around the SKCC calling frequency of 3550 kHz. I checked the SWR. As soon as my radio emitted a carrier, I lost power in the loft! The circuit breaker tripped. My heart stopped, metaphorically speaking.
After my heart started beating again, metaphorically speaking, I reset the circuit breaker, and went downstairs to investigate. I found the remote control’s cord draped over the antenna. This would have inducted RF into the apartment’s electrical system. I reoriented the antenna and moved the cord so this could not happen again. I had enough radio activity for the night.
I realized that I had another problem. Originally Steve had suggested that i use one loop as the low band antenna, and the other as the high band antenna. I only have a limited amount of space in my apartment, and the more I thought about it the more I wanted to find another solution. While doing Qigong the answer spontaneously occurred to me. I should use the newer loop for the lower bands. When i want to switch to the higher bands I should disconnect and remove the double outer loop, and connect the single outer loop. I remembered the cable I forgot to send back, and the pieces slid into place. Most users switch to the higher bands by connecting and disconnecting the booster cable, but connecting and disconnecting the whole loop would make the process much easier.
Two days later I got up the courage to try again. The North American QSO Party would happen, presenting the perfect opportunity. I popped off the double loop and connected the single loop. I worked 3 stations on 20 meters. I then took off the single loop and put on the double loop. I worked 2 stations on 40 meters. My idea worked! I decided to take the plunge and tune down to 80 meters. I checked my SWR. Nervously I tried responding to a station. I didn’t lose power, and completed the exchanged. By the end of the night I had completed 14 QSOs on 80 meters, and nothing bad happened. Everything worked!
This brings me to the end of a long quest to get on 80-10 meters from my condo. Alpha Antenna gave me excellent support, and we ended up improving the product. It still amazes me that I can work 80-10 meters from an antenna which sits on a tripod by my window. It takes me back to my childhood in Swarthmore with my doublet. I still miss the trees.
The time has come to upgrade my Android phone. Two and a half years ago I got an Essential Phone. I enjoyed the stock Android experience, but the company went out of business. Major operating system updates stopped, and my battery has begun to lose its charge. Say what you will about Essential, but they addressed every accessibility issue. I use TalkBack, Android’s screen reader for the blind, so this meant a lot.
I read a number of reviews of the leading Android phones as of July 2020. Critics consistently recommended the OnePlus 8 Pro. It runs their own version of Android called OxygenOS. A quick search turned up a Stack Exchange post telling sighted people how to turn off TalkBack, so I knew that the built-in accessibility gesture would work. I decided to opt for the OnePlus 8 because I didn’t need the better display or wireless charging.
It arrived the next day from Amazon and I began setting it up. I found one or two unlabeled controls during the installation, but nothing which stopped me. I did not like having the fingerprint sensor in the glass so I could not feel it, and OxygenOS did not provide any spoken feedback. I found that Face ID worked more accurately in many environments, but neither worked perfectly.
I transferred all of my information with OnePlus Switch. I even got my music and ringtones. I appreciated the full sounding stereo audio. I talked to some friends using Signal and TeamTalk, and they all said that I sounded better than I did on the Essential Phone. I instantly saw the appeal of the three-position ringer switch. I found the shape of the phone ergonomically pleasing. I began to love my OnePlus 8. Then I got a phone call.
TalkBack told me to swipe up with two fingers to answer, but it did not work. I tried several times, getting more frantic with each futile swipe. I only had a blank screen and a ringing phone. I could not find any controls to activate. Nothing worked. The phone stopped ringing, and I got a voicemail message. I called voicemail and brought up the keypad. The buttons did not work! I found an unlabeled button at the bottom of the screen which I hoped would hang up the phone. Luckily, it did.
I used another phone to make more calls and had the same result, and with it the same terrible realization: I had purchased a shiny new smart phone which wouldn’t let me answer the phone! Clearly they had done no accessibility testing. It felt like a slap in the face.
A web search turned up a post on their community about the inaccessible swipe gestures], and another specifically about the keypad issue. Obviously they never resolved either. The path of least resistance became clear.
I returned the OnePlus 8. It currently sits downstairs, waiting for the UPS courier to bring it back from whence it came. I learned my lesson. I will stick with stock Android from now on. I wonder which phone I should buy.
I recently saw my friend Meg. I began paying her to drive me shortly before the pandemic began. I like not needing to deal with a stranger for my transportation during these times. When I got in her car, she said that she had something to give me, and placed an object in my hand.
I turned the mystery object over in my hands, and felt a straight key! Ham radio operators use a Key to send Morse Code. Straight keys date back to the beginning of telegraphy. This one had a wooden base and a plastic arm. It had some adjustment screws and a headphone cable to connect to the radio.
I felt stunned. I had begun thinking about buying a portable straight key to bring up to the roof deck. I imagined something light weight, maybe with a wood base. I now held the object I had visualized in my hand.
“It’s a straight key!” I exclaimed.
“Do you like straight keys?” asked Meg.
“I love straight keys!”
“Do you have one?”
“I have two!”
“Do you want this one?”
Of course I said yes.
I need to tell a quick aside. Last year Meg had a science fair, and asked me to have a ham radio table. At first we set up in the basement, but my KX3 emitted a sad whine, so we moved up to the parking lot near the pizza truck. Donna made pizza which i couldn’t eat, but she remembered that her science teacher taught them ham radio. She sounded delighted when I found him on QRZ, KC2JJ, silent key.
Our friend Becky helped me the whole time. Meg and Becky with a few others have what they call a science band named Mystery Lab Bag. At some point they bought the straight key, but didn’t know what to do with it. This explains how I ended up with it.
Later Meg sent me more information about the key. She identified it as an MFJ-553 Deluxe wood base Telegraph Key. It makes a fine portable key. I just need to get an adapter to make it fully connect to the Elecraft KX3, which requires a stereo plug. For now I can put it half way in, but I prefer firm connections.
I told Meg that the Straight Key Century Club would have their Weekend Sprint, and that I intended to use her key. I headed up to the roof deck on Saturday to do just that. I decided to try my Buddistick with a shorter length of coax. It tuned to an SWR of 1.6:1, but I didn’t make any contacts. I came down for dinner and came back up. I tried again and this time it would not tune at all. I felt annoyed and switched to my trusty AX1. I made 3 QSOs and had a great evening.
I went back up on Sunday and decided to use my AX1. I made two more QSOs, including Randy, KB4QQJ. He made me a cable for my KX3, so I like to work him when I hear him. To my delight he gave me a 579, and I had the AX1 resting against my canteen’s plastic cap. I still need to find something for the wind.
I came down for a snack, and when I returned my trusty AX1 would not tune. I appeared to have the same problem I had on the previous day with a different antenna. I could not figure it out and decided to call it a night. Clearly I have some testing to do.
In all I made five fun QSOs with my new straight key. It performed as expected, and it survived its first trip up to the roof deck. Thanks Meg! Imagination becomes reality.