A Fascination with WWII Submarines – USS Torsk

The ‘Unterseeboot’

My fascination with World War II submarines goes back a long way. My father gave a me a hardcover copy of Das Boot for Christmas back in 1975 when I was 15, and I’ve been hooked on World War II subs ever since. Particularly German U-boats. He started a life-long interest that has led me to explore the available American subs as a means of fulfilling my need to see the real thing. The USS Torsk is my most recent visit. A highly decorated warship and one of only two Tench-class submarines located inside the United States, its claim to fame is credit for the last sinking of an enemy ship by the United States Navy in World War II—a Japanese frigate off the coast of Japan, which it torpedoed on August 14, 1945.

USS Torsk

Hands-On World War II History

Electrical control room in the aft section

While German U-boats are my primary interest, I’ve not seen or boarded one yet. American boats are more available, of course, and  in addition to the Torsk I’ve been aboard one other U.S. submarine—the USS Pampanito in San Francisco Bay, which features audio recordings by her original crew on portable players that you carry through the ship with you. And I’ve seen the USS Bowfin in Pearl Harbor, but didn’t go aboard (I think it was closed). My ultimate pilgrimage will be (with my wife, who also loves WWII submarines as much as I do) to see U-505 at The Museum of Science and industry in Chicago. The 505 is a captured U-boat, one of the few Type VIIC U-boats left in the world, and from which an Enigma machine and coding documents were acquired. There are so few U-boats in existence because not only were the losses high, but the many boats still surviving at the end of the war were scuttled so that they wouldn’t become the property of the Allies.
 

You’ll imagine what it must have been like in the shadowy world of a WWII submarine…
The Torsk’s Conning tower

The great thing about these floating museums is that you can experience the history first hand and up close. You can touch the knobs and levers and imagine what it must have been like in the shadowy world of a WWII submarine with 80 other shipmates (50 for German U-boats). All the sweat, oil, grime and stale air…the boredom of fruitless patrol contrasted with the terror of depth charges falling on you. One of the sailors from the Pampanito said that when the ship submerged it would get so hot from the diesels, still hot from running on the surface, that they wore only their “skivvies.” And these subs have 4 engines! He also said the engines were so loud when running that the noise was deafening, and there was no hearing protection back then. Consequently, there was a real hazard to the sailors’ hearing.

The Torsk is located at the Historic Ships in Baltimore exhibit. I highly recommend visiting these and other museums (including flight museums) where you can see and touch all sorts of historic military craft. It’s totally engaging and an outing you won’t forget, and you’ll want to go back again because you just can’t absorb everything in one visit. You’ll also have an increased appreciation for our service men and women and the sacrifices they make for our freedoms.

See my Facebook post with interior photos of the Torsk here

To see my fine art and commercial photography please visit my website at:

The Bell Labs Holmdel 7 Meter Antenna

The Continuing Cosmological Work of Dr. Robert Wilson

In my previous post on Bell Labs Holmdel, we looked at the revolutionary discoveries that were made at the two sites there. In 1964-65 Arno Penzias and Dr. Robert Wilson, who still lives in Holmdel I’m told, discovered the cosmic microwave background (CMB) using the Horn Antenna at the Bell Labs Holmdel Crawford Hill Observatory. This microwave radiation permeates the Universe at the same wavelength in every direction, and is direct evidence of the Big Bang Theory of the creation of the Universe. The CMB is the oldest light in the Universe and can only be seen with super-sensitive radio telescopes, as it exists at only a few degrees above absolute zero. This far-reaching landmark discovery revolutionized cosmology and paved the way for Dr. Wilson’s continued research at the observatory. For this he used the 7 meter antenna pictured here. I made these photographs on a visit to its location at the Crawford Hill Observatory in June 2018.

7 meter antenna radio telescope
The 7 Meter Antenna at the Nokia Bells Labs Crawford Hill site in Holmdel, New Jersey, June 2018.

While standing in the vestibule of the Nokia Bell Labs building and trying to decide what extension to call on the phone list to gain access, one of the Nokia engineers walked in. He asked who I was there to see and I told him, “I want to see the horn antenna.” He was a very nice guy, probably a little older than me (I’m 55) and he said, “Oh, just go on up there.” That was a welcome surprise. In addition to the horn antenna, he said there was another antenna up on the hill.

The Element of Time

He proceeded to tell me somewhat of a brief history on Penzias and Wilson and their discovery, and also about Karl Jansky’s detection of the first radio waves from beyond our solar system, about a mile away at the Bell Labs Holmdel office complex. A bonus discovery was that there’s another antenna up behind the Nokia building. The engineer told me that the success of Dr. Wilson’s and Dr. Penzias’ work enabled them to continue their cosmic microwave research into the late 60’s, when they discovered various molecules in interstellar gas clouds. This work led to the creation of a microwave research facility at Bell Labs Holmdel, with Dr. Wilson being named head of Bell’s Radio Physics Research Department in 1976. For this he was project director for the design of a bigger and more sophisticated antenna to do the work. The result is what you see here.

7 meter antenna
Panoramic photo (made from a mosaic of 8 blended HDR exposures) of the 7 Meter Antenna at the Nokia Bell Labs Crawford Hill site in Holmdel, NJ, June 2018.

I got in my car and drove up the hill, around back of the office building. There were a few electronic shack-type buildings…and the horn antenna. But first, I drove past it to see the 7 meter antenna Dr. Wilson designed and used. The structure itself is an incredible sight to behold. It’s a massive clam shell-shaped antenna, probably 40 feet tall…and completely abandoned. There is also a control room hut next to the hulking structure, and along with racks of analog equipment you can see a Chinese restaurant menu tacked up on the wall. Obviously, many long hours into the night were spent here.

I love historic sites where you are only separated from the ‘event’ by Time.

My brother and I had a discussion about these pictures (of both the 7 meter and horn antennas) after my visit, and he made a rather prophetic statement about seeing and physically experiencing relics of this kind: he said that he “loves historic sites where you are only separated from the event by Time.” Since the 7 meter antenna here looks to exist exactly as it was left, my brother’s observation fits. I love that sort of thing because it connotes the vast stretches of time associated with cosmology, or even the relatively shorter decades of a human lifetime. Also, it references how photography enables the study and manipulation of Time. Here, I was photographing an artifact of scientific history, physically changed by time through deterioration and decay, but otherwise it remains as it was after its last use. The horn antenna is still used, and the engineer told me they even play music through it for company events! It has also been retro-fitted with Bluetooth technology.

The element of Time can be explored in many ways through the medium of photography, and for me it’s one of the more fascinating aspects of using it for visual expression. It’s also one of the primary aspects distinguishing it from other visual mediums. My plan is to go back to Crawford Hill at sunset with artificial lighting to create a dramatic and timeless portrait of the 7 Meter Antenna, a remnant of an earlier and important era of discovery in Cosmology.

(NOTE: further research turned up several Web pages with pictures and technical descriptions of the 7 meter antenna, and a web page showing that it was used as recently as the 2004-2005 observing season for continuing research in cosmic studies. It was previously owned by Lucent Technlogies and was refered to as the Lucent Technologies 7-meter offset Cassegrain antenna. However, given its advanced state of deterioration it appears that it probably hasn’t been used since.)

Bell Labs-Holmdel and Radio Astronomy

Living Under the ‘Flying Saucer’

Growing up in Holmdel, New Jersey in the 1960s and 70s held a special distinction – we had our own flying saucer. At least, that’s what we thought. Folk lore and wild speculations abounded for years as to exactly what that huge three-legged tower actually was at the entrance to the Bell Labs complex. We kids were convinced it was something scientifically exotic – we honestly thought it was a spaceship. Later, perhaps in our high school days, it was said to be some kind of an antenna.

Ultimately it turned out to be a water tower. But I felt privileged to have it in my hometown and be curious about it. As a kid I was also enthralled with a huge radio dish that sat on another hilltop directly across the Garden State Parkway from Crawford Hill (I’m not sure if it has the same name). You could see it, as I remember, through a big notch in the trees. (It was dismantled long ago and a series of low-lying dishes now occupies that spot.)

bell labs-bell works water tower
The water tower at the entrance to the former Bell Labs complex, now Bell Works, in Holmdel, New Jersey. (Photo June 2020)

We called it the ‘radar dish’ because it looked like something out of Science Fiction movies. “It’s a radio telescope,” my Dad would say from the front of the car, as he piloted our Ford station wagon over hill and dale. I had no idea what that was but Dad was a Lehigh engineer (Class of ’44) so he knew about those things. And he probably knew that Holmdel was the birthplace of radio astronomy. The first empirical discovery was made there, as well as a very significant one following that (more on that below). And the work continued there for many years. The idea wasn’t invented there—people had been trying to detect radio waves from the Sun in the late 1800s after James Clerk Maxwell had shown that electromagnetic radiation was related to electricity and magnetism, and could exist at any wavelength.[1] But their equipment was too primitive, and scientists at the time also believed that the ionosphere bounced electromagnetic waves back out into space, preventing them from reaching the detectors. So it would be a while before any real discoveries were made.

A Major Discovery

It was  Karl Jansky, a Bell Labs physicist working at the Holmdel complex who finally, in mid-September 1932, made a substantial and tangible discovery. And he wasn’t even looking for it. He had been tasked with finding the source of static that interfered with short wave trans-Atlantic voice transmissions. He had been working on this for a year but at At 7:10 PM on September 16, as Jansky rotated his antenna the center of our galaxy came into view low on the Southeast horizon. (For a more accurate account of the discovery, see here). Of course, it was ‘visible’ in the radio spectrum, but exciting nonetheless.

For the first time, radio waves had been detected from outside the solar system. It even sounds kind of scary, if you think about how huge the Universe is…but exciting and groundbreaking nonetheless. And the discovery would go on to inspire many other scientists in this work. A few decades later it led to the conclusion that the bright and compact radio source at the center of our Milky Way galaxy is probably a supermassive black hole. And this happened right in Holmdel where I grew up, on the spot pictured at left where there is now a monument to Dr. Jansky. The actual monument is a representation of the shape and structure of the antenna, but much smaller. It sits on the Northeast corner of the former Bell Labs office building and is situated between the two concentric and opposed-direction roadways that encircle the building. The sculpture faces Southeast, the direction Jansky’s antenna was facing when he made the discovery. 

The extremely bright radio source Jansky saw with his antenna was later named Sagittarius A*(“Sagittarius A-star”). Standing there, you can just imagine him working his equipment and feel the energy of the event.

A Discovery for The Ages

In addition to Karl Jansky’s contribution to radio astronomy, there was another major cosmological discovery made on Crawford Hill with another type of antenna some 33 years later. The 6 meter Horn Antenna is the instrument used by the famed radio astronomy team of Penzias and Wilson when they discovered the cosmic microwave background (CMB) radiation in 1964. This antenna is about a mile or so (in a straight line) from where Jansky’s antenna was located. Dr. Wilson’s son Phil was a schoolmate of mine, and I remember hearing about his father’s work and how it was a significant discovery. That may be a bit of an understatement; it changed our accepted view of the creation of the Universe, and also established Cosmology as a legitimate science.

horn antenna
The Horn Antenna used by Penzias and Wilson in their discovery of the Cosmic Microwave Background (CMB). Photo made from a mosaic of 4 blended HDR exposures–June 2016; assembled and processed March 2022.

Interestingly enough, it was also static interference that Penzias and Wilson were trying to explain away in their efforts to probe the cosmos with their telescope. In order to do their work they needed to identify and eliminate the noise, but after subtracting all possible sources it still existed uniformly from every direction—it was coming from the sky. Finally, they had heard of an astrophysicist at nearby Princeton University, Robert H. Dicke, whose team was actually looking for the CMB. Through their interactions with Dr. Dicke, they all realized what Penzias and Wilson had found with the horn antenna: the left-over radiation from the Big Bang.

 Visiting An Old Neighbor

I finally went to see the Horn Antenna in early June of this year. It was hard to think I had lived so close to it for so long. The Garden State Parkway passes literally several hundred feet in front of it, although it’s up on a hill (Crawford Hill) and hidden by trees. The other ‘radar dish’ I mentioned earlier was on a hill directly across the Parkway; it’s the same hill but the highway was cut right through it in the 1950s. I had been meaning to go up there and see it, once I knew exactly where to look. It’s behind the same office building where Penzias and Wilson worked in the 1960s, which is now Nokia Bell Labs. One of the Nokia engineers who was old enough to know about all of this history happened to walk into the lobby while I tried to get access to the antenna. We stood talking for a few minutes and he told me I could just go up on the hill behind the building. He said typically only a few people a year had come looking for it, but that I was one of an increasing number in the last few months. A sign says you must be escorted, but he told me that it’s not true, you can just go on up. In fact, they’ve been discussing how to administer the site so that visitors wanting to see the antenna can simply do so. He also told me where to find the Jansky Monument, and gave me a little history on that discovery. The photos here are the ones I made that day, first at the Horn Antenna and then at the Jansky Monument at the former Bell Labs complex. It was a landmark day for me and I highly recommend seeing these two pieces of radio astronomy history.

Now, you might think that’s all—but there’s more. There was a surprise discovery waiting for me up on the hill behind Nokia…the engineer told me that there was another antenna up there as well; one that Dr. Wilson had used in his continuing study of the sky in the radio spectrum. You can read my next post to see and learn about that one.

  1. “Radio astronomy”. Wikipedia. Retrieved 07-28-2016.