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Golden Fractal Jubilee: 50 Years of Bridging Art and Science

We investigate the artistic patterns generated by the pouring technique made famous by Jackson Pollock. To determine if poured patterns can be distinguished based on the artist age, we apply computer analysis techniques to paintings created under controlled conditions by children (four to six years old) and adults (18–25 years old) pouring fluid paint onto horizontal sheets of paper. Both groups of art display a high visual complexity due to the multi-scaled paint structure generated by the pouring process. However, the two groups demonstrate statistically significant differences when this structure is quantified using both multifractal and lacunarity analysis. Whereas the multifractal analysis probes the scaling characteristics of the patterns, lacunarity quantifies clustering in their spatial distributions. We find that the children’s paintings are characterized by smaller fractal dimensions (indicating a reduced contribution of fine structure) and by larger lacunarity parameters (indicating a larger clustering of this fine structure) compared to the adult paintings. We compare these results to those of two famous poured works by Jackson Pollock and Max Ernst as a preliminary step to investigating the potential origins of the fractal and lacunarity variations across artists, which includes motions related to biomechanical balance. Finally, to examine the impact on audiences, we ask observers to rate their perceptions of the paintings. These ratings indicate a rise in interest and pleasantness for paintings with lower fractal dimensions and larger lacunarity.

The interface between art and science has grown over the past three decades with the advent of statistical analysis of the visual characteristics of art works. Although such studies now encompass a broad range of artistic styles, substantial research has been devoted to paintings generated by pouring paint onto the canvas rather than by using traditional brush contact. A number of Twentieth Century artists pursued this technique, including the European Surrealists [1], the Canadian Les Automatists [2], and the American Abstract Expressionists [3]. The latter featured the most famous proponent of the ‘pouring’ technique, Jackson Pollock [4].

Celebrated as Action Painting, these poured works serve as records of the artists’ encounters with their canvases. In Pollock’s case, this encounter involved him painting in the three-dimensional space above the canvas and then letting gravity condense the fluid paint onto the two-dimensional plane of the canvas laid out across the floor. This dynamic process often unfolded at frantic painting speeds, inviting speculation from art critics and the public alike as to whether it is possible to control the pouring technique. Perhaps all artists are instead destined to generate haphazard records of their encounters with the canvas. This debate has been fueled by the lack of traditional compositional strategies displayed in typical poured works — no center of focus, no left or right, and no up or down [3, 4].

Godlike Aliens: Masters of the Cosmos?

Science Fiction often shows us alien civilizations so advanced they are godlike, but how realistic are they, and what would such entities be like?

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Credits:
Alien Civilizations: Godlike Aliens.
Science & Futurism with Isaac Arthur.
Episode 341, May 5, 2022
Written, Produced & Narrated by Isaac Arthur.

Editors:
Andrew Nelson.
Curt Hartung.
David McFarlane.

Cover Art:
Jakub Grygier https://www.artstation.com/jakub_grygier.

Graphics:

Blink to the beat: Scientists discover that when we listen to music, we unconsciously blink our eyes

Yi Du and colleagues from the Chinese Academy of Sciences published an article in the open access journal PLOS Biology detailing their findings about a new way our bodies naturally respond to music. Given a steady beat, our eyes blink in synchrony.

The neurological process that helps us move with the music is known as auditory-motor synchronization. This describes the way you tap your foot along with the radio or bob your head at a concert, or why some runners listen to songs with a specific number of beats per minute to keep pace. However, this new study found that we don’t just respond to music with these gestures, we can choose to start or stop. Some of our most are affected as well.

In over 100 participants, the researchers measured spontaneous blinks, the ones our eyes do without us usually even noticing. The researchers treated the participants to Western classical music, selecting songs that provided an even tempo. Not only did the participants’ blinks begin to sync up with the music, but their brainwaves also aligned.

Your Brain Is Naturally Telepathic, Research Suggests—Meaning Our Minds Are All Connected

“It’s not a Jedi mind trick,” he writes in a statement. “This is what communication is. It is what humans do best, and it’s unique and amazing.”

Hasson argues that his research shows communication is really “a single act performed by two brains.” He believes that all brains naturally couple with the outside world, reacting to whatever stimuli we’re bombarded with. What makes humans different is our ability to couple without stimuli, according to Hasson. For example, if you show two monkeys a banana, their brains would likely react the same way, and the same goes for humans. However, if someone says the word banana to you, both you and the speaker would understand that you’re referring to the oblong, yellow fruit despite it not being physically present. This is something not all animals can achieve, which is why it’s so exciting for researchers like Hasson.

Studies show that brain synchronization happens in many settings. For instance, researchers found neural coupling can occur during chess matches or collaborative music-making sessions—two activities that require focus and creativity. On the other hand, a 2014 study published in PLUS One found that synchronization can occur during a much more physical activity: kissing. The experiment found heightened inter-brain connection when heterosexual couples were kissing each other’s lips rather than the backs of their hands.

Memory bumps across the lifespan in personally meaningful music

You know that feeling when a song from your teenage years comes on, and suddenly you’re right back in your old bedroom, feeling everything as vividly as you did decades ago? Scientists call this the “reminiscence bump”—our strange tendency to form the most powerful, lasting emotional bonds with music we hear between ages 15 and 25. But until now, no one knew if this was just a Western phenomenon or if it looked the same for everyone, everywhere.

The study also revealed we’re not limited to just one “memory bump.” Three distinct patterns emerge: we connect with music our parents loved (cross-generational), music from our own coming-of-age years (the classic reminiscence bump), and music from recent years (the recency effect). Age and gender act like equalizers, turning up some bumps while fading others.

From the “reminiscence bump” to cross-generational musical connections, we’ll unpack the psychology and neuroscience behind your most meaningful playlists.


Some songs stay with us for a lifetime. Even decades later, a few familiar notes can unlock vivid memories. Yet the life periods from which these songs originate and their prominence across age and gender remain underexplored. This study examines lifespan patterns in music-related memory, focusing on age trends, gender differences, and the global presence of the “reminiscence bump”, a peak in emotional connection to music from adolescence and early adulthood. While this phenomenon is well-documented in Western samples, its global manifestation, gendered dimensions and variation across life stages remains unexplored. Using responses collected from 1891 participants across diverse geographical backgrounds, we analysed the release years of personally meaningful songs.

Logitech confirms data breach after Clop extortion attack

Hardware accessory giant Logitech has confirmed it suffered a data breach in a cyberattack claimed by the Clop extortion gang, which conducted Oracle E-Business Suite data theft attacks in July.

Logitech International S.A. is a Swiss multinational electronics company that sells hardware and software solutions, including computer peripherals, gaming, video collaboration, music, and smart home products.

Today, Logitech filed a Form 8-K with the U.S. Securities and Exchange Commission, confirming that data was stolen in a breach.

Quantifying the intensity of emotional response to sound, images and touch through skin conductance

When we listen to a moving piece of music or feel the gentle pulse of a haptic vibration, our bodies react before we consciously register the feeling. The heart may quicken and palms may sweat, resulting in subtle electrical resistance variations in the skin. These changes, though often imperceptible, reflect the brain’s engagement with the world.

A recent study by researchers at NYU Tandon and the Icahn School of Medicine at Mount Sinai and published in PLOS Mental Health explores how such physiological signals can reveal cognitive arousal—the level of mental alertness and emotional activation—without the need for subjective reporting.

The researchers, led by Associate Professor of Biomedical Engineering Rose Faghih at NYU Tandon, focused on skin conductance, a well-established indicator of autonomic nervous system activity. When are stimulated, even minutely, the skin’s ability to conduct electricity changes.

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