Traveling and photography are a perfect match. It’s so fun to photograph in a new place. Yet, for portrait photographers, locating models while abroad can be a challenge. There’s nothing more disheartening than finding yourself in an incredible place with no one to photograph. Here are some tips for finding models while you travel!

Barcelona is an insanely beautiful city celebrated for its stunning coastal views and exceptional architecture. It’s a unique blend of antiquity and contemporary urban charm, offering a perfect balance between city life and vacation vibes, with the beach just a stone’s throw away. So, it was very important to me that I capture some portraits while I was there.

During my trip, I was able to photograph several amazing models in this dreamy city, and it made my trip that much more amazing. Photographing local models brought a level of creativity, authenticity, and friendship to my trip that I hadn’t anticipated. I highly recommend finding local models to work with whenever you travel. 

Here are effective ways to make that happen:

1. Utilize Instagram

Explore popular model hashtags for whatever city you happen to be in. I used hashtags like #BarcelonaModel, #BarcelonaPhotographer, and #BarcelonaFotografo to discover models in the area. If you have a substantial Instagram following, announce in your stories that you’re seeking models in a specific city. Encourage interested individuals to DM you with photos and a brief introduction.

2. Leverage Online Modeling Platforms

Platforms like Model Mayhem are valuable for finding models in different cities or countries. Create a profile showcasing your portfolio to establish credibility. Then, search for models and makeup artists in your desired location.

For a more professional approach, reach out to local modeling agencies via email. Explain the nature of your planned shoot and the type of model you are looking for. Agencies can assist in pairing you with the perfect model, considering your shoot requirements. Be aware that model fees vary based on factors like experience, shoot type, and demand.

During my Barcelona trip, I used Instagram and Model Mayhem. Browsing Barcelona-related hashtags led me to models whose profiles I scrutinized to ensure past modeling experience before reaching out via DM.

My approach involved introducing myself and expressing interest in collaborating for a specific shoot while sharing a link to my website. I also inquired about their rates or the possibility of a print exchange. Not everyone responded, so I definitely recommend reaching out to more people than you need. Here is an example message:

Hey! I’m ___(Name)___. I am going to be in ___(location)___ for the week and am looking for models to photograph for a ___(type of shoot)____ shoot. I love your look and think you’d be perfect for the shoot. Would you be interested in modeling? Here is a link to my website so you can explore my work. What is your rate? I’d also be happy to trade for prints if you prefer.

I also used Model Mayhem to specifically search for models in Barcelona. This website is pretty cool because it allows models to showcase their portfolio, so you can see a variety of past shoots they’ve done. It also makes it very clear what their rates are for different types of shoots and whether or not they are willing to trade for prints. The model I found on model Mayhem was amazing and even helped me find the perfect location for the shoot.

It is very important to remember that caution is crucial when photographing in another country with unfamiliar individuals. Consider bringing someone along for safety, or opt for public shoot locations to make sure everyone feels safe and comfortable.

Capturing images with models from other countries can be a really interesting experience, often accompanied by language barriers. While in Barcelona, I had the opportunity to photograph a recently relocated Russian model. Our communication mainly relied on broken Spanish due to our lack of a shared language—she didn’t speak English and I didn’t speak Russian. Surprisingly, this language challenge brought an intriguing layer to the shoot, highlighting how photography transcends language barriers. Despite our language differences, we had such an amazing time photographing together and produced some really great images.

Photographing local models during my trip to Barcelona was one of the highlights of my trip. I definitely recommend giving it a shot if you have a fun trip planned. 

If you have any other tips for finding models in different countries, drop them in the comments!!
 

Science Advances (2023). DOI: 10.1126/sciadv.adj8608″>

A microscopic shock wave has been photographed passing through a single biological cell, thanks to a new photography technique. Nanosecond photography uses ultrafast electronic cameras to take images at the speed of a billionth of a second. However, image quality and exposure time are typically limited.

Now, a team led by researchers at the University of Tokyo has achieved superfine images taken over multiple timescales at high speed using a system they named spectrum circuit. Spectrum circuit bridges the gap between optical imaging and conventional electronic cameras, enabling photography at ultrafast speeds with less blur and more accuracy. This technology has potential applications for science, medicine and industry.

Timing can be everything in photography and capturing images at high speed poses a particular challenge. But thanks to advances in camera technology, these days we can see the world like never before. Whether it’s the sweat on a racing cyclist’s brow, the focus in the eyes of a swooping falcon or, with this latest improvement in nanosecond photography, the movement of a shock wave passing through a microscopic single cell at high speed.

The paper is published in the journal Science Advances.

“For the first time in history, as far as we know, we have directly observed the interaction between a biological cell and a shock wave, and experimentally demonstrated that the velocity of the shock wave propagating inside the cell is faster than the outside of the cell,” explained Takao Saiki, a doctoral student from the Department of Precision Engineering at the University of Tokyo.

“Furthermore, our approach has enabled us to demonstrate high-speed photography across a wide time range, which includes picosecond (one-trillionth of a second), nanosecond (one-billionth of a second) and millisecond (one-thousandth of a second) timescales.”

Capturing clear images of cells without affecting their structure or causing damage is very challenging. To safely take the images, the researchers developed a precision optical circuit, a circuit that uses light instead of electricity, which they named spectrum circuit. With spectrum circuit they created nondamaging laser pulses, which they set to emit at different timings. By combining this technology with an existing single-shot optical imaging technique called sequentially timed all-optical mapping photography, or STAMP, they were able to take series of images with higher definition and less blur than previously available.

The team used the same technology to look at the effects of laser ablation on glass. Laser ablation is useful for precisely removing solid material from a surface and is used in both industry and medicine. The researchers focused an ultrashort laser pulse just 35 femtoseconds long (one femtosecond is equal to one-quadrillionth of a second) onto a glass plate. Using the spectrum circuit, they observed the impact of the laser, the resulting shock waves, and the effect it had on the glass over picoseconds, nanoseconds and milliseconds.

“We could see the interplay between different physical processes taking place over time, and how they took shape,” said Keiichi Nakagawa, an associate professor from the Department of Bioengineering and the Department of Precision Engineering at the University of Tokyo. “Our technology provides opportunities to reveal useful but unknown high-speed phenomena by enabling us to observe and analyze such ultrafast processes.

“Next, we are planning to use our imaging technique to visualize how cells interact with acoustic waves, like those used in ultrasound and shock wave therapy. By doing this, we aim to understand the primary physical processes that activate subsequent therapeutic effects in the human body.” The team also wants to use spectrum circuit to improve laser processing techniques, by identifying the physical parameters that would enable faster, more precise, more consistent and cost-effective manufacturing.

“We have always been fascinated by the power of visualization to understand complex phenomena. The chance to uncover and show parts of the world that were hidden before really drew us to this field,” said Nakagawa. “We expect to make broad contributions in various fields, from biomedicine to manufacturing, materials, the environment and energy.”

Final Exercises is an incredibly large production, complete with balloons and dancing. There is so much joy and celebration happening that it can be easy to miss moments. 

As the graduates processed down the Lawn, I stood near a mother and daughter as they watched for their family member among the graduates. The three of them embraced for a moment, with lots of tears flowing, then brother and sister touched foreheads before he continued in his procession down the Lawn. 

In the middle of so much noise and loud celebration, it was beautiful to witness a family quietly taking in the gravity of what it meant to them for this student to earn his degree.