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<td><span style="font-family:Helvetica, sans-serif; font-size:20px;font-weight:bold;">PsyPost – Psychology News</span></td>
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<td><a href="https://www.psypost.org/the-psychological-divide-between-democrats-and-republicans-during-democratic-backsliding/" style="font-family:Helvetica, sans-serif; letter-spacing:-1px;margin:0;padding:0 0 2px;font-weight: bold;font-size: 19px;line-height: 20px;color:#222;">The psychological divide between Democrats and Republicans during democratic backsliding</a>
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<p><p>A recent study published in <em><a href="https://doi.org/10.56296/aip00051" target="_blank" rel="noopener">Advances in Psychology</a></em> provides evidence that people’s happiness and life satisfaction are closely tied to how much they agree with their government’s actions. The findings suggest that living under a government that matches your personal values offers psychological comfort, while political opposition can take a temporary toll on mental health.</p>
<p>Politics can dictate the distribution of resources and personal rights, which directly shapes an individual’s overall quality of life. During the early months of President Donald Trump’s second term in early 2025, the United States experienced a wave of sweeping policy changes. Because this time frame also featured challenges to traditional democratic norms, the researchers wanted to measure the psychological impact of these rapid political shifts.</p>
<p>“Politics has become increasingly polarized in the United States, which can affect people’s well-being. Additionally, there is growing concern about democratic backsliding, which occurs when governments weaken democratic norms or institutions,” explained study author Deborah Wu, an assistant professor of psychology at Arizona State University and head of the <a href="https://www.deborahjwu.com/" target="_blank" rel="noopener">IDEA (Identity Development, Emotions, and Attitudes) Lab</a>.</p>
<p>“While past research has shown that Republicans tend to report higher well-being than Democrats, less is known about how people’s political affiliation predicts their well-being over time, and whether responses to specific governmental actions during a period of democratic stress may be associated with their well-being. In this study, we examined both of these questions.”</p>
<p>The researchers drew on several psychological concepts to guide their predictions, including system justification. This is the idea that people have a natural drive to defend and rationalize existing political structures because doing so reduces feelings of uncertainty and threat. Another concept is motivated cognition, which suggests that people process information in a way that protects their existing beliefs and group identity.</p>
<p>A third concept known as person-environment fit suggests that people naturally feel better when their broader social and political surroundings match their inner values. Based on these theories, the scientific team wanted to see if a person’s alignment with or alienation from the current government’s actions was associated with their overall happiness. They also wanted to test if this alignment mattered beyond simple party loyalty.</p>
<p>To explore these questions, the scientists recruited 601 adults living in the United States. The sample included 306 Democrats and 295 Republicans, with an average age of about 42 years. Over the course of five weeks, from late February to late March 2025, participants completed weekly online surveys.</p>
<p>By the final week, 397 participants remained in the study. Each week, the participants rated their overall life satisfaction and their general happiness on a scale from one to seven. Starting in the second week, the researchers also asked participants to read three recent news stories about federal actions.</p>
<p>These stories covered topics like international tariffs, immigration enforcement, funding cuts to scientific research, and court orders blocking certain administration policies. Participants then rated how much they supported or opposed the actions described in each news story.</p>
<p>The data showed distinct differences in how the two political groups felt during this five-week window. Republicans consistently reported higher levels of both life satisfaction and happiness compared to Democrats at every time point. Over the five weeks, Republicans experienced a steady, upward trend in their overall well-being.</p>
<p>Democrats displayed a different pattern of emotional response. Initially, the life satisfaction and happiness of Democrats decreased during the first few weeks of the study. This initial dip was followed by a rebound, with their well-being levels eventually rising again by the end of the survey period.</p>
<p>“One surprising finding was that although Democrats initially showed declines in well-being, their well-being later increased over time,” Wu told PsyPost. “This suggests that people may adapt to political stressors more than we might expect. Even in a challenging political environment, individuals may adjust, find ways to cope, or draw support from others who share their views.”</p>
<p>This process might be related to hedonic adaptation. Hedonic adaptation is the tendency for humans to quickly return to a relatively stable level of happiness despite major positive or negative events.</p>
<p>When looking at responses to specific news events, the researchers found that Republicans generally supported the administration’s policies. Democrats strongly favored actions taken against the administration. Importantly, supporting the government’s actions was consistently linked to higher happiness and life satisfaction. Opposing the government’s actions was associated with lower well-being.</p>
<p>The researchers then used statistical models to account for basic demographic factors like age, gender, race, socioeconomic status, and political party affiliation. Even after adjusting for these factors, the relationship between supporting government policies and feeling happier remained.</p>
<p>“One key takeaway is that people’s well-being is associated with whether they feel aligned with what their government is doing,” Wu explained. “In our study, people who supported the government’s actions reported higher happiness and life satisfaction, while those who opposed those actions reported lower well-being.”</p>
<p>“Importantly, this was true even beyond just whether someone was a Democrat or a Republican, suggesting that it’s not only who you are politically, but also whether you perceive that the political environment matches your values, that can affect how you feel.”</p>
<p>“We found medium-to-large effects of political party on well-being, and large effects of political party on support for governmental actions, as Republicans consistently reported higher well-being and more support for governmental actions, in comparison to Democrats,” Wu added.</p>
<p>“The size of the associations between support for government actions and well-being were small-to-medium, meaning that though support is an important factor in predicting well-being, it is one piece of a larger picture that includes other factors such as political party and socioeconomic status.”</p>
<p>While the study provides detailed insights, readers should be careful not to assume that political events are the sole cause of these emotional changes. Because the study only tracked people over five weeks, the researchers cannot definitively prove that reading the news stories caused the shifts in well-being. It is possible that people who are already happier naturally tend to support their government more favorably.</p>
<p>Additionally, the sample only included individuals who identified as Democrats or Republicans. This leaves out a large portion of the population who identify as political independents, meaning the results might not apply to everyone in the country. The rapid pace of the news cycle during this period also means that participants were reacting to very fresh, immediate changes.</p>
<p>Future research could track participants over a much longer period to see if these emotional rebounds or increases last for months or years. Scientists might also look into the specific psychological coping strategies that help people recover from the stress of political opposition. Investigating how these political shifts affect marginalized groups, who might experience more direct consequences from new policies, could also offer a more complete picture of national well-being.</p>
<p>The study, “<a href="https://doi.org/10.56296/aip00051" target="_blank" rel="noopener">The politics of well-being during democratic backsliding: How partisan affiliation and support for government actions relate to happiness and life satisfaction</a>,” was authored by Deborah J. Wu, Kyle F. Law, Stylianos Syropoulos, and Sylvia P. Perry.</p></p>
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<td><a href="https://www.psypost.org/psychology-researchers-have-determined-the-best-time-to-text-after-a-first-date/" style="font-family:Helvetica, sans-serif; letter-spacing:-1px;margin:0;padding:0 0 2px;font-weight: bold;font-size: 19px;line-height: 20px;color:#222;">Psychology researchers have determined the best time to text after a first date</a>
<div style="font-family:Helvetica, sans-serif; text-align:left;color:#999;font-size:11px;font-weight:bold;line-height:15px;">Apr 2nd 2026, 08:00</div>
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<p><p>An experimental study looking at the optimal time to text a romantic interest after a first date found that texting on the next morning leads to the highest relationship interest. Texting immediately after the date and two days later were less effective. Women were more sensitive to text timing effects than men. The paper was published in the <a href="https://doi.org/10.1177/02654075251377184"><em>Journal of Social and Personal Relationships</em></a>.</p>
<p>First dates are initial encounters between two people expressing romantic interest in each other. During this time, they form their first impressions and assess each other for compatibility as potential mates. Positive experiences on a first date increase the likelihood that communication will continue and that the two people will meet again.</p>
<p>However, after the date is over, one of them has to initiate the continuation of contact by calling or messaging the other person. The precise timing of this continuation is a heavy topic of debate in popular culture. For example, in the TV series “How I Met Your Mother”, one character advises another to follow a “Three-Day Rule,” suggesting that one should wait three days before contacting a date again.</p>
<p>This rule is meant to protect the individual from appearing too eager or needy. On the other hand, waiting too long might leave the impression that the individual is playing hard-to-get, resulting in diminished interest from the potential partner.</p>
<p>Discussions about the optimal timing of a call or text after a first date appear endlessly online. A Google search returns billions of results for “when to text after the first date,” with recommendations ranging from texting immediately to waiting a couple of days before reinitiating contact.</p>
<p>Study author Lars Teichmann and his colleagues wanted to scientifically explore the optimal time for texting after a first date. They hypothesized that the relationship between the time of texting and the relationship intentions of the date would have the shape of an inverted U. In other words, they expected there to be an ideal “sweet spot” for texting that would maximize a date’s relationship intentions, while texting before or after this ideal time would be associated with worse outcomes.</p>
<p>The authors also wanted to explore the psychological mechanisms underlying this effect, and whether gender, attachment style, and uncertainty avoidance moderate it. For example, the study authors wanted to test if delaying a text would lead individuals to think more about their date (and perceive them as having a higher “mate value”) compared to a situation where the date texts immediately.</p>
<p>The researchers first conducted a pre-study to decide which timepoints to include in the main experiment. Participants were 100 U.S. and U.K. adults recruited via Prolific, with an average age of 38. They were asked to indicate what would be considered ‘too soon’ and ‘too late’ for a date to text. On average, participants reported the highest relationship intentions towards potential partners who texted about 6 hours after the date. Texting less than 20 minutes after the date was deemed too soon, while texting later than 40 hours after the date was viewed as too late.</p>
<p>Participants for the main experiment were 543 heterosexual individuals from the U.S. and U.K., also recruited via Prolific. Their average age was 40 years, and roughly half were women.</p>
<p>In an online questionnaire, study participants read a fictional scenario of a first date involving a dinner at a nice Italian restaurant. After the date, depending on the experimental group they were randomly assigned to, the scenario stated that their date either texted them immediately after saying goodbye, texted them on the next morning, or texted them after two days. (To isolate the effect of timing, the actual content of the text message was kept hidden).</p>
<p>Study participants then reported their relationship intentions towards the date (“I am willing to form a long-term relationship with my date”), how much chemistry they perceived, and how motivated they were to get in touch with the date again.</p>
<p>They also reported their perceptions of their own relative mate value (“Overall, how would members of the opposite sex rate your level of desirability as a partner compared to your date?”), the neediness of their date, reciprocity (“My date really liked me”), and the perceived reliability of their date. Finally, participants completed assessments of their own attachment style and uncertainty avoidance.</p>
<p>The results supported the researchers’ “inverted-U” hypothesis: texting on the morning after the date resulted in the highest relationship intentions. Those who received the text immediately after the date reported slightly lower relationship intentions, while those who received a text two days later reported the lowest relationship intentions of all.</p>
<p>When it came to perceived chemistry and the motivation to actually meet up again, the results showed a negative linear trend. Participants who received a text immediately or on the next morning felt high levels of chemistry and motivation, while waiting two days significantly killed the romantic vibe.</p>
<p>By analyzing the psychological mechanisms, the researchers discovered why the next morning worked best. Texting early (immediately or the next morning) signaled high reciprocity (showing the person they are liked) and high reliability. Conversely, the “play hard to get” strategy completely failed: waiting two days did not make the sender look more valuable, nor did it make the receiver think about them more. It simply made them look unreliable and uninterested.</p>
<p>As expected, dates who texted immediately were perceived as highly needy. However, while this neediness prevented them from hitting the optimal “sweet spot” of the next morning, it didn’t completely ruin their chances either.</p>
<p>Overall, men had a higher baseline motivation to meet up again and build a relationship than women, and men were far less affected by the timing of the text. Women, however, were highly sensitive to the timing. Interestingly, while gender played a major role in how the text timing was perceived, the researchers found that a participant’s attachment style and uncertainty avoidance had no moderating effect on the results whatsoever.</p>
<p>“Our data suggest that while texting early is beneficial, delaying the text until the next morning not only maintains the positive effects of being perceived as interested and reliable but also enhances relationship intentions of the target. Waiting for too long, however, exerts detrimental, backfiring effects,” the study authors concluded.</p>
<p>The study contributes to the scientific understanding of the psychological dynamics of dating. However, it should be noted that participants responded to fictional scenarios. Behaviors in real-world circumstances—where the actual content, tone, and emoji-use of a text message are visible—might alter these dynamics. Additionally, dating behaviors rely heavily on cultural norms, meaning findings in non-Western cultures might differ.</p>
<p>The paper, “<a href="https://doi.org/10.1177/02654075251377184">How the timing of texting triggers romantic interest after the first date: A curvilinear U-shaped effect and its underlying mechanisms,</a>” was authored by Lars Teichmann, Hannes M. Petrowsky, Lea Boecker, Meikel Soliman, and David D. Loschelder.</p></p>
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<td><a href="https://www.psypost.org/ai-autocomplete-suggestions-covertly-change-how-users-think-about-important-topics/" style="font-family:Helvetica, sans-serif; letter-spacing:-1px;margin:0;padding:0 0 2px;font-weight: bold;font-size: 19px;line-height: 20px;color:#222;">AI autocomplete suggestions covertly change how users think about important topics</a>
<div style="font-family:Helvetica, sans-serif; text-align:left;color:#999;font-size:11px;font-weight:bold;line-height:15px;">Apr 2nd 2026, 06:00</div>
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<p><p>Artificial intelligence writing tools that predict and suggest our next words can do much more than simply speed up our typing. New research provides evidence that interacting with biased autocomplete suggestions can covertly shift a person’s underlying attitudes on important societal issues. The findings, published in the journal <em><a href="https://doi.org/10.1126/sciadv.adw5578" target="_blank">Science Advances</a></em>, suggest that the subtle influence of these everyday programs often bypasses our conscious awareness.</p>
<p>Artificial intelligence programs powered by large language models are increasingly woven into human communication. These technologies power the autocomplete features found in popular email clients, messaging applications, and word processors. As these tools become a standard part of daily life, scientists have grown concerned about their potential to shape human cognition.</p>
<p>Previous studies have shown that artificial intelligence can persuade people during direct interactions. This happens when a program generates a persuasive essay or directly debates a user on a specific topic. However, researchers wanted to explore a more subtle pathway for influence in our digital environments.</p>
<p>“There were two things that led my team and I to pursue the research question of whether being exposed to biased AI autocomplete suggestions could shift users’ attitudes on societal issues,” said study author <a href="https://sterlcwc.github.io/" target="_blank">Sterling Williams-Ceci</a>, a PhD candidate at Cornell University and Merrill Presidential Scholar & Robert S. Harrison College Scholar.</p>
<p>“One was that we are surrounded by AI writing assistants that generate autocomplete suggestions in multiple contexts (e.g. Gmail, Google Docs, social media), but separate studies have shown that LLM-generated text can represent politically biased viewpoints; meanwhile, older psychology research showed that shifting how people behave through their writing can shift how they think about issues, so we suspected that these biased AI suggestions could trigger attitude shift through this mechanism.” </p>
<p>Because millions of people use the same text prediction models every day, even a minor shift in individual opinions could have broad societal implications. To test this idea, the researchers conducted two large-scale online experiments involving a total of 2,582 participants. They built a custom writing application that functioned much like a standard word processor.</p>
<p>In both experiments, participants were asked to write a short essay about a debatable topic. In the first experiment, which included 1,485 participants, everyone wrote about the use of standardized testing in education. Some participants wrote without any assistance, acting as a baseline control group.</p>
<p>Others were provided with autocomplete suggestions generated by the artificial intelligence model GPT-3.5. These suggestions were specifically programmed to favor standardized testing. As participants typed, short phrases of about 24 words would appear on the screen, and the users could accept them into their essays by pressing the tab key.</p>
<p>To rule out the possibility that the mere presence of new information caused any opinion changes, a third group in the first experiment did not use the autocomplete tool. Instead, they were shown a static list of the artificial intelligence program’s arguments before they began writing. After the writing task, all participants filled out a survey measuring their final opinions on the topic alongside several unrelated distraction topics.</p>
<p>Distractor questions are used in psychology to hide the true purpose of a study. This prevents participants from guessing what the scientists are looking for and unnaturally altering their responses.</p>
<p>The researchers found that participants who used the biased autocomplete tool reported attitudes that were closer to the artificial intelligence’s programmed bias. Their opinions shifted by nearly half a point on a five-point scale compared to the control group. This shift occurred even among the roughly thirty percent of participants who did not actually accept any suggested words into their essays.</p>
<p>The scientists also noticed that the interactive autocomplete feature had a stronger effect than simply reading the same arguments presented as a static list. This provides evidence that the unique experience of co-writing with an artificial intelligence program is a distinct and potent form of influence. It suggests the act of typing alongside the program shapes our thoughts more than just reading the text.</p>
<p>“AI assistants that provide these autocomplete suggestions can make us write easier and quicker, but that there are implications: they change the type of language we use; the topics we write about, and, as we show here, can also shift how we actually think about the issues we are communicating about,” Williams-Ceci told PsyPost. “We found that attitudes shifted even including participants who did not actually accept the suggestions to fill in their writing, so mere exposure to the suggestions may be enough even if people resist using them.”</p>
<p>In the second experiment, involving 1,097 participants, the researchers measured people’s baseline opinions weeks before the actual writing task. This allowed the scientists to track exactly how much an individual’s attitude shifted over time. Participants in this experiment were randomly assigned to write about one of four topics: the death penalty, felon voting rights, genetically modified organisms, or fracking.</p>
<p>The artificial intelligence tool, this time using the more advanced GPT-4 model, was programmed to provide suggestions leaning either conservative or liberal depending on the topic. Once again, the researchers found that participants’ attitudes shifted from their original baseline positions toward the artificial intelligence’s biased perspective. The control group experienced no such shift.</p>
<p>The researcher observed a lack of awareness among the participants. The majority of people exposed to the biased suggestions said that the artificial intelligence was reasonable and balanced. Most participants completely disagreed with the idea that the writing assistant had influenced their thinking or their arguments.</p>
<p>The researchers even attempted to mitigate this effect in the second experiment by explicitly warning participants about the tool’s bias. Some individuals were warned before they started writing, while others were debriefed immediately afterward. Neither of these interventions reduced the extent to which the participants’ attitudes shifted.</p>
<p>“We were very surprised to find out that warning people ahead of when they were exposed to the biased AI suggestions failed to mitigate the attitude shift they exhibited,” Williams-Ceci explained. “Our first experiment showed that people most often did not recognize the bias in the suggestions or their influence, so we hypothesized in our second experiment that simply alerting people to the fact that the suggestions had a bias would make them less likely to be influenced.”</p>
<p>“We also hypothesized this mitigation effect because similar interventions have shown success in the literature on misinformation prevention. However, in our second experiment, neither warning people before nor debriefing them after made any dent in the attitude shift they experienced.”</p>
<p>While the study provides strong evidence of this covert influence, there are some limitations to consider. The research only measured the short-term effects of using a biased writing assistant. It remains unclear if this attitude shift persists over weeks or months, or if repeated exposure over a long period might compound the effect.</p>
<p>“One limitation that is important to note is that our experiments were not designed to pinpoint a specific cognitive mechanism to explain why writing with the biased AI suggestions shifted people’s attitudes,” Williams-Ceci noted. “We know that it had something to do with the fact that these suggestions led people to write about their views in more biased ways — because of the psychology research showing that behavior can influence attitudes — but there have been multiple theoretical explanations for why manipulating people’s writing can shift their attitudes.” </p>
<p>Potential mechanisms include “a cognitive dissonance reaction where people consciously adjusted their self-reported attitude to align with what they had written, or a self-perception theory argument that people inferred their true attitudes from what they had written, or even a biased scanning argument that the biased viewpoints became more accessible in people’s working memory.”</p>
<p>“If future research can pinpoint the exact reason why this attitude shift is occurring, then we can hopefully find interventions that are more effective in preserving people’s autonomy,” Williams-Ceci continued. </p>
<p>“Our team is interested in learning more about the mechanism behind the attitude shift, as well as ways to prevent or mitigate it. It is alarming that telling people about the bias in the AI suggestions didn’t reliably reduce the extent of the influence; we wonder if people need to be confronted with interventions in the moment, alongside the biased suggestions, in order for these interventions to work.”</p>
<p>The study, “<a href="https://doi.org/10.1126/sciadv.adw5578" target="_blank">Biased AI writing assistants shift users’ attitudes on societal issues</a>,” was authored by Sterling Williams-Ceci, Maurice Jakesch, Advait Bhat, Kowe Kadoma, Lior Zalmanson, and Mor Naaman.</p></p>
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<td><a href="https://www.psypost.org/the-neuroscience-of-hypocrisy-points-to-a-communication-breakdown-in-the-brain/" style="font-family:Helvetica, sans-serif; letter-spacing:-1px;margin:0;padding:0 0 2px;font-weight: bold;font-size: 19px;line-height: 20px;color:#222;">The neuroscience of hypocrisy points to a communication breakdown in the brain</a>
<div style="font-family:Helvetica, sans-serif; text-align:left;color:#999;font-size:11px;font-weight:bold;line-height:15px;">Apr 1st 2026, 20:00</div>
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<p><p>People often fail to practice what they preach, a behavioral pattern that stems from specific biological processes rather than just poor character. According to a new study published in the journal <em><a href="https://www.cell.com/cell-reports/fulltext/S2211-1247(26)00136-1" target="_blank">Cell Reports</a></em>, individuals who act dishonestly while condemning the same behavior in others show reduced activity in a specific brain region. The research indicates that matching one’s actions to personal moral standards requires active mental integration.</p>
<p>Societal harmony relies heavily on people maintaining consistent ethical standards. When a person acts against the very rules they use to judge others, they risk damaging their reputation and social relationships. Yet this sort of hypocrisy happens constantly in daily life, from minor workplace lies to major political scandals.</p>
<p>Most ethical choices involve a basic trade-off between personal gain and doing the right thing. When people make decisions for themselves, they face a direct temptation to secure a reward. When they watch someone else make a decision, they do not face that same temptation. This difference in perspective makes it easy to hold others to a higher standard.</p>
<p>Valley Liu, a researcher at the University of Science and Technology of China, led a team of investigators to figure out why this disconnect happens. “As neuroscience researchers, we wanted to understand why knowing the right thing to do doesn’t always translate into doing it,” says coauthor Xiaochu Zhang of the University of Science and Technology of China. They suspected the answer lay in a brain area called the ventromedial prefrontal cortex.</p>
<p>The ventromedial prefrontal cortex is located deep in the lower frontal lobe of the brain. It acts as an information hub during decision making. It helps individuals evaluate risks, weigh potential rewards, and process social rules.</p>
<p>To test their ideas, the research team designed two different tasks for a group of fifty-eight participants. In the first task, participants acted as instructors who had to help a learner identify a hidden number on a digital card. The instructors could choose to report the number honestly or lie to the learner.</p>
<p>The game was structured so that lying would earn the instructor more money. This created a direct conflict between financial gain and honest behavior. While making these choices, the participants lay inside a functional magnetic resonance imaging scanner. This machine uses strong magnetic fields to track blood flow in the brain, revealing which areas are active at any given moment.</p>
<p>In the second task, the same participants watched another person play the exact same card game. They were asked to rate the other person’s decisions on a scale ranging from extremely immoral to extremely moral. They completed this judgment task while also having their brain activity monitored in the scanner.</p>
<p>The scientists used statistical models to calculate exactly how much each person valued profit compared to honesty. The results showed a distinct gap between the two tasks. When participants made their own choices, they were heavily influenced by the potential for financial profit. When they evaluated others, they based their judgments strictly on whether the observed person was honest.</p>
<p>The brain scans revealed physical differences between people who held consistent moral views and those who did not. The researchers looked at the specific patterns of brain activity rather than just the overall brightness of the brain scans. In morally consistent people, the ventromedial prefrontal cortex showed similar activity patterns during both the behavioral and the judgment tasks.</p>
<p>For morally inconsistent people, the activity patterns did not match across the two situations. The ventromedial prefrontal cortex typically communicates with other brain areas that process rewards and ethical rules. In hypocritical participants, this brain region had weaker connections to those other areas during the behavioral task.</p>
<p>The brain was simply not pulling the necessary information together. This lack of connection means that hypocritical individuals likely understand the rules of right and wrong perfectly well. They just fail to apply those concepts to their own choices. “Individuals exhibiting moral inconsistency are not necessarily blind to their own moral principles; they are just biologically failing to consider and apply them in their own moral behavior,” says Zhang.</p>
<p>The team then wanted to see if changing the activity in this brain region could alter a person’s behavior. They recruited a new group of fifty-two participants for a second experiment. This time, they used a noninvasive technique called transcranial temporal interference stimulation to deliver specific electrical frequencies to deep parts of the brain.</p>
<p>This technique involves placing electrodes on the scalp to send high-frequency currents into the head. These currents are too fast to affect the surface of the brain. When the currents intersect deep inside the tissue, they create a slower wave that alters how specific brain cells communicate.</p>
<p>Half of the participants received actual stimulation aimed at the ventromedial prefrontal cortex. The other half received a fake version of the treatment, known as a sham stimulation. After the procedure, all participants completed the same card game and judgment exercises.</p>
<p>The people who received the real brain stimulation showed a wider gap between their behavior and their judgments. By disrupting the normal function of the brain region, the researchers successfully made people more hypocritical. This proved that the ventromedial prefrontal cortex directly controls moral consistency.</p>
<p>These results suggest that moral consistency is not an automatic trait. It is a biological process that relies on the brain’s ability to sync up different types of information. “Our findings suggest that we should treat moral consistency like a skill that can be strengthened through deliberate decision making,” says senior author Hongwen Song of the University of Science and Technology of China.</p>
<p>The study has a few limitations. The research team only looked at a specific scenario involving financial profit and honesty among Chinese adults. Different cultures might process moral dilemmas in entirely different ways.</p>
<p>The scenarios also focused entirely on the perspective of the person making the decision and the person observing from the outside. The study did not measure how these actions affect the person being lied to. Incorporating the viewpoint of the victim might change how the brain evaluates the situation.</p>
<p>It is also possible that a lack of moral consistency might reflect a deliberate opportunistic strategy rather than an unconscious cognitive bias. Some individuals might publicly hold high standards to preserve their image while secretly engaging in bad behavior for personal gain. Future work will try to untangle these specific personality traits from general brain network activity.</p>
<p>The authors note that understanding these brain networks could eventually help educators design better ways to teach ethical reasoning. Recognizing the biological limits of moral integration could also assist programmers in developing artificial intelligence systems that make consistent ethical choices.</p>
<p>The study, “<a href="https://www.cell.com/cell-reports/fulltext/S2211-1247(26)00136-1" target="_blank">Moral inconsistency is based on the vmPFC’s insufficient representation across tasks and connectedness</a>,” was authored by Valley Liu, Zhuo Kong, Jiaxin Fu, Lihao Zheng, Isaac Wang, Min Wang, Yifei Du, Lin Zuo, Bensheng Qiu, Chongyi Zhong, Lusha Zhu, Zhen Yuan, Xiaochu Zhang, and Hongwen Song.</p></p>
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<td><a href="https://www.psypost.org/artificial-intelligence-reveals-flaws-in-major-theories-of-political-persuasion-2026-03-19/" style="font-family:Helvetica, sans-serif; letter-spacing:-1px;margin:0;padding:0 0 2px;font-weight: bold;font-size: 19px;line-height: 20px;color:#222;">How generative artificial intelligence is upending theories of political persuasion</a>
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<p><p>Artificial intelligence programs can persuade people to temper their political views, but highly customized messages or deep conversations with bots do not seem to work any better than a single basic argument. These results challenge long-held academic theories about what makes political messaging effective, suggesting that targeted data and interactive debates might not provide the advantages that politicians expect. The findings were recently published in the <a href="https://doi.org/10.1073/pnas.2412815122">Proceedings of the National Academy of Sciences</a>.</p>
<p>Changing the minds of voters is an essential feature of democratic societies. Advocacy groups, public health officials, and political candidates spend vast amounts of money attempting to sway public opinion on polarizing topics. Despite decades of study, the exact psychological processes that dictate whether a person will change their mind remain difficult to pin down. Academic researchers often face practical limitations when studying how social communication works in the real world.</p>
<p>Two central concepts have dominated the academic understanding of targeted messaging. The first is message customization, which is also known in the political realm as microtargeting. This theory proposes that a message will be much more effective if it is explicitly tailored to the personal traits, values, or demographics of the person receiving it. The core idea is that persuaders should adapt their message to the audience rather than expecting the audience to adapt to the message.</p>
<p>The second concept is known as the elaboration likelihood model. This model suggests that people are more likely to experience durable attitude changes when they exert heavy cognitive effort. In other words, if a person has to actively think about a topic, ask questions, or defend their views in a conversation, they are more permanently swayed than if they simply read a static flyer.</p>
<p>Historically, it has been surprisingly difficult to isolate these two mechanisms in a laboratory setting. Human researchers or actors participating in experiments introduce unwanted variables into the interactions. A human confederate might change their tone of voice, display subtle facial expressions, or introduce social pressure that alters how the test subject forms an opinion.</p>
<p>Lisa P. Argyle, a political scientist at Brigham Young University, led a team of researchers hoping to solve this exact methodological problem. Argyle collaborated with Brigham Young University colleagues Ethan C. Busby, Joshua R. Gubler, Alex Lyman, Justin Olcott, Jackson Pond, and David Wingate. They theorized that generative artificial intelligence could act as a perfectly controlled debate partner for human test subjects.</p>
<p>By using large language models, the research team could generate text with a consistent tone and style for thousands of varying interactions. This allowed them to isolate the effects of customization and cognitive elaboration without the messy interference of human social dynamics. They wanted to know if highly tailored messages or interactive chats actually outperformed a single, well-written generic argument.</p>
<p>To answer this question, the research team designed two preregistered online survey experiments featuring nearly 3,700 adult participants in the United States. The researchers recruited a pool of respondents that roughly matched the national census averages for age, gender, and race. They also ensured an even balance of political ideologies, including equal numbers of Democrats and Republicans.</p>
<p>The first study focused on the contentious topic of immigration. Participants answered a series of questions about their support for increased border security spending and their opinions on sponsoring immigrant visas. The second study focused on the curriculum used in public educational settings. Specifically, this survey asked participants how much control parents should have over controversial social topics and whether teachers should bring personal political views into the classroom.</p>
<p>After establishing these baseline opinions, the researchers randomly assigned the participants to either a control group or to one of four experimental interventions. All of the experimental interventions used a large language model to try to persuade the participant to change their mind. The goal of the bot was always to argue against the participant’s original beliefs.</p>
<p>The first experimental group received a single generic message. The software was instructed to act as an expert and write the strongest possible paragraph arguing for the opposing political viewpoint. This text was not adapted to the specific person reading it.</p>
<p>The second group received a microtargeted message. In this scenario, the artificial intelligence was fed all the demographic data the participant had provided at the start of the survey. The bot used this background information to craft a highly personalized argument, testing the modern concept of customized political campaigning.</p>
<p>The third group engaged in a direct, interactive debate. Participants had to exchange six conversational turns with the artificial intelligence program. The bot was instructed to act as a psychology expert, providing counterarguments and asking follow-up questions to force the participant into deep cognitive engagement.</p>
<p>The final experimental group participated in an interactive motivational interview. Motivational interviewing is a psychological technique often used in therapy to help people find internal motivation to alter their own behavior. Instead of directly debating the participants, the bot asked reflective questions intended to help respondents convince themselves to adopt a new perspective.</p>
<p>To verify the integrity of the experiment, the researchers ran a secondary evaluation on the text generated by the bot. They used machine learning techniques to map out the core arguments contained in every single message. This confirmed that the fundamental facts and claims remained identical across all the groups, with only the presentation style changing.</p>
<p>The final results contradicted the expectations set by decades of academic literature. Across the board, encountering the opposing arguments did cause participants to moderate their views. On average, the respondents shifted their political attitudes by roughly 2.5 to 4 percentage points in the direction of the opposing argument.</p>
<p>The surprising takeaway was that the advanced techniques did not perform any better than the basic approach. The personalized messages and the interactive chats failed to produce more attitude change than the single generic message. In fact, the motivational interviewing technique was often the least effective method evaluated during the trials.</p>
<p>These numbers suggest that customization and cognitive elaboration might not be the powerful psychological levers that campaign strategists assume they are. If political microtargeting does provide an advantage, that advantage is extremely small. A simple, generally persuasive argument appears to be just as effective as a tailored digital debate.</p>
<p>The researchers tracked a secondary outcome called democratic reciprocity. This metric captures whether a person is willing to view their political opponents as reasonable people who are worthy of respect. The academic community has debated for years whether moderating a person’s issue-based opinions will automatically reduce their overarching prejudice against opposing groups.</p>
<p>The study provided a relatively clear answer to this secondary question. Even though many participants moderated their actual policy opinions, this shift rarely translated into increased respect for the other side. The ideological gap between the voters shrank, but their hostility toward opposing political groups remained identical.</p>
<p>The one exception occurred during the interactive chats regarding public school curriculums. In that specific setting, participants did show an increase in democratic reciprocity. The researchers suspect this happened because the bot explicitly argued for the necessity of social tolerance as part of its educational curriculum talking points.</p>
<p>The researchers note that these immediate findings should not be interpreted as the final word on political communication. The experiments only examined brief interactions occurring in an isolated digital environment. It is entirely possible that personalization and cognitive elaboration work much better over a period of months or years.</p>
<p>Additionally, personal connections between actual humans might rely on social pressures that artificial intelligence cannot easily mimic. A deeply reasoned argument coming from a close friend might trigger different psychological responses than a similar argument presented by an anonymous survey tool. Researchers hope to explore these boundaries in future investigations.</p>
<p>Ultimately, the project demonstrated that generative artificial intelligence can be a highly effective tool for studying the social sciences. Creating customized arguments for thousands of test subjects would require massive staffing and financial resources if attempted entirely by humans. The software allowed the academic team to evaluate influential theories at a scale that was previously impossible.</p>
<p>The study, “<a href="https://doi.org/10.1073/pnas.2412815122" target="_blank">Testing theories of political persuasion using AI</a>,” was authored by Lisa P. Argyle, Ethan C. Busby, Joshua R. Gubler, Alex Lyman, Justin Olcott, Jackson Pond, and David Wingate.</p></p>
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<td><a href="https://www.psypost.org/scientists-use-brain-measurements-to-identify-a-video-that-significantly-lowers-racial-bias/" style="font-family:Helvetica, sans-serif; letter-spacing:-1px;margin:0;padding:0 0 2px;font-weight: bold;font-size: 19px;line-height: 20px;color:#222;">Scientists use brain measurements to identify a video that significantly lowers racial bias</a>
<div style="font-family:Helvetica, sans-serif; text-align:left;color:#999;font-size:11px;font-weight:bold;line-height:15px;">Apr 1st 2026, 14:00</div>
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<p><p>A recent study published in the journal <em><a href="https://doi.org/10.1371/journal.pone.0339057" target="_blank">PLOS One</a></em> suggests that watching a specific, emotionally engaging video can reduce racial bias and increase generosity toward Black Americans. The findings provide evidence that media designed to capture the brain’s attention might offer a practical way to combat prejudice on a large scale.</p>
<p>Scientists Yilong Wang and Paul J. Zak wanted to find a widely accessible method to reduce out-group bias. Out-group bias refers to the human tendency to favor people who belong to one’s own social circle while avoiding or judging those perceived as outsiders. This tendency has evolutionary roots, as early humans favored their own groups to ensure survival, but in modern society, it limits social connections and harms communities.</p>
<p>Face-to-face interactions can reduce this prejudice, but these methods are expensive and hard to organize for millions of people. Wang and Zak aimed to test if a short video, selected using biological measurements, could alter attitudes and behaviors effectively over the internet. The scientists suggest that almost everyone has access to video content, making it an ideal medium for broad interventions.</p>
<p>“Racial tension continues to be high in the United States and other countries. To date, the most effective way to reduce out-group bias is direct contact with a person from an out-group, but that is not a scalable solution,” said study author <a href="https://neuroeconomicstudies.org/" target="_blank">Paul J. Zak</a>, a professor at Claremont Graduate University and author of <em><a href="https://amzn.to/4sHg3UD" target="_blank">The Little Book of Happiness: A Scientific Approach to Living Better</a></em>.</p>
<p>“My goal was to screen a library of videos to identify one with high neurologic value (a brain network my lab discovered and named ‘Immersion’ that we can measure every second with an app that applies algorithms to data from smartwatches) that would reduce negative attitudes and behaviors towards African-Americans.”</p>
<p>The scientists conducted two separate experiments to test their ideas using a concept they call the brain as a predictor. This approach suggests that measuring the neurologic responses of a small group of people can accurately predict how a much larger population will react to the same stimulus.</p>
<p>In the first experiment, they recruited 62 participants to watch five short videos about the negative effects of racial bias. Instead of simply asking the participants which video they liked best, the researchers measured their neurologic Immersion. </p>
<p>The scientists measured this using optical sensors placed on the participants’ forearms. These sensors track variations in cardiac rhythms that reflect the activity of cranial nerves. This nerve activity indicates specific types of brain function associated with emotional resonance and sustained attention.</p>
<p>One video produced the highest peak immersion among the viewers. This video was <a href="https://www.youtube.com/watch?v=okF5UGpivR8" target="_blank">an animated story about Dr. Ronald McNair</a>, a Black astronaut who died in the 1986 Space Shuttle Challenger disaster. The video featured McNair’s brother narrating how the future physicist overcame severe childhood racism in South Carolina to eventually earn a doctorate from the Massachusetts Institute of Technology.</p>
<p>In the second experiment, the scientists tested this highly immersive video on a much larger scale. They recruited a representative sample of 1,097 adult residents of the United States. They randomly assigned participants to watch either the treatment video about Dr. McNair or a neutral control video showing natural scenes with relaxing music.</p>
<p>Before and after watching the videos, participants answered a survey measuring their positive and negative emotional states. They also completed a standard questionnaire designed to measure their positive and negative attitudes toward Black Americans. This allowed the researchers to establish a baseline of prejudice and see if the video shifted those perspectives.</p>
<p>To measure actual behavior rather than just opinions, the scientists had participants play a money-sharing exercise called the ultimatum game. This game requires participants to use theory of mind, which is the ability to understand and anticipate the intentions of others.</p>
<p>In this exercise, one person is given ten dollars and must propose how to split it with a second person. The second person can accept the split or reject it, in which case neither person gets any money. A fair split of five dollars is usually expected, while offering less is often viewed as unfair or stingy.</p>
<p>Participants were asked to make decisions as both the person offering the money and the person receiving it. They were paired with hypothetical partners given either statistically common white names, like Mike, or common Black names, like Demetrius. The researchers measured generosity by calculating the difference between what a participant offered and the minimum amount they were willing to accept themselves.</p>
<p>Baseline data from the control group revealed that bias against Black Americans exists across the general population but is concentrated in specific demographics. The scientists found that prejudiced attitudes were highest among men, younger adults aged 18 to 43, and people who identified as Republicans.</p>
<p>Watching the treatment video changed these patterns. The video reduced average self-reported negative attitudes toward Black Americans by eleven percent compared to the control group. The scientists found that the video increased positive emotions in the viewers, which helped drive this positive change in perspective.</p>
<p>The highly immersive video also changed how people shared their money in the economic game. Participants who watched the story of Dr. McNair showed a 104 percent increase in generosity when paired with a partner who had a common Black name. This effect was specific to out-group members, as the video did not change how much money people shared with partners who had common white names.</p>
<p>The behavioral changes were especially notable among certain demographic groups. For example, men in the treatment group showed an increase in monetary generosity of over 300 percent compared to men who watched the nature video. The video also successfully reduced self-reported biased attitudes among younger adults and Republicans, bringing their scores closer to the national average.</p>
<p>“The video had a very large impact on the behavioral task of sharing money,” Zak told PsyPost. “We hypothesized the video would have some effect, but to more than double the money shared with an African American stranger, especially both those reporting a high bias towards this group, shows the powerful impact of effective (i.e. high Immersion) communication.” </p>
<p>The scientists also wanted to know if these changes would last beyond the initial viewing. They followed up with a subset of the treatment group two weeks later to have them complete the surveys and the money-sharing game a second time. The follow-up data showed that the reduction in prejudiced attitudes and the increase in generosity persisted after this two-week waiting period. </p>
<p>“This surprised us,” Zak said. “That’s a really strong response from a single video and shows that human innate bias towards one’s own group can be reduced with just a bit of well-structured information about another group.”</p>
<p>The researchers note a few potential misinterpretations and limitations regarding their work. Because the study focused on a representative sample of adults in the United States, the findings might not apply to people living in other countries with different cultural histories. The research also specifically examined bias toward Black Americans, so it is not yet clear if the exact same methodology works for other marginalized groups.</p>
<p>“The data are based on a representative sample of U.S. adults so the findings generalize to the United States but may not hold for other countries,” Zak noted. “We also focused on bias towards Black Americans and our methodology, while likely to affect biases towards other groups, has not been shown to have an effect yet. In addition, there is no ‘brainwashing.’ People make their own choices, we are simply presenting information in an effective way that may or not not affect what they do.”</p>
<p>In the future, the scientists hope to explore how this approach might reduce other social problems. They plan to test if similar videos can decrease bias toward people of different sexual orientations, nationalities, genders, or religions. They also suggest testing the effects of virtual reality or augmented reality to see if more immersive technologies produce even stronger reductions in prejudice.</p>
<p>“We have been developing scalable neuroscience methodologies to influence attitudes and behaviors that cause social ills,” Zak said. “For example, we recently used this methodology to address the rising support in the United States for socialism — a state structure that has impoverished and killed millions of people. This publication showed that a video describing how voluntary exchange in markets has reduced poverty in the poorest places in the world increased support for economic freedom among Americans. We also launched <a href="https://www.getimmersion.com" target="_blank">the first Neuroscience as a Service (NaaS) company</a> so that anyone can measure the neurologic value of communications and live experiences to improve these and is used worldwide.”</p>
<p>“While the results are important, I hope the methodology is used by others to reduce social ills. We showed that this is not difficult to do and that negative attitudes and behaviors are largely due to ignorance about others rather than people being ‘bad’ or ‘evil.’ Communication is vitally important to build a more harmonious world.”</p>
<p>The study, “<a href="https://doi.org/10.1371/journal.pone.0339057" target="_blank">A video intervention reduces racial bias in a representative sample of US adults: A brain as predictor study</a>,” was authored by Yilong Wang and Paul J. Zak.</p></p>
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<td><a href="https://www.psypost.org/brief-mindfulness-practice-accelerates-visual-processing-speeds-in-adults-2026-03-26/" style="font-family:Helvetica, sans-serif; letter-spacing:-1px;margin:0;padding:0 0 2px;font-weight: bold;font-size: 19px;line-height: 20px;color:#222;">Brief mindfulness practice accelerates visual processing speeds in adults</a>
<div style="font-family:Helvetica, sans-serif; text-align:left;color:#999;font-size:11px;font-weight:bold;line-height:15px;">Apr 1st 2026, 12:00</div>
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<p><p>Practicing mindfulness meditation using a mobile application for a month can help people process visual information and initiate localized eye movements faster. The visual attention benefits apply to young, middle-aged, and older adults alike, without distinct differences across age categories. These initial findings were published in the journal <a href="https://doi.org/10.1523/ENEURO.0356-23.2025">eNeuro</a> and suggest that brief daily meditation can successfully alter basic cognitive functions.</p>
<p>The human brain relies on a small region called the locus coeruleus to maintain mental focus and process incoming sensory information. This deep brain structure acts as the primary source of noradrenaline. Noradrenaline operates as a chemical messenger that helps regulate general attention, stress, and physical arousal states.</p>
<p>Studies in animal models provide clues about how this part of the brain operates. When researchers artificially stimulate the locus coeruleus in monkeys, the animals show better visual attention. Blocking the release of noradrenaline has the opposite effect, leaving animals easily distracted. These findings confirm that this brain region directly dictates attention spans.</p>
<p>As people age, the locus coeruleus often undergoes structural degradation and loses some of its connection to other attention networks in the brain. These physiological changes are incredibly common. Early signs of cognitive decline often first appear in this specific group of cells.</p>
<p>Such age-related physical changes can result in observable cognitive shifts during daily life. Older adults generally respond slower to visual tasks and are more easily distracted by irrelevant objects compared with young adults. Some researchers suspect that the aging brain tries to compensate for the structural decay by keeping the remaining cells artificially overactive. </p>
<p>Prior research indicates that certain mental practices might help restore some of these diminished attention capabilities. Mindfulness meditation aims to ground a person in their present physical body and lower arousal. By lowering bodily stress, scientists suspect the practice could calm an overactive noradrenaline system and improve attention.</p>
<p>Andy Jeesu Kim, a gerontology researcher at the University of Southern California, led a team to investigate the potential cognitive benefits of mental training. Working with colleagues Keran Chen and Mara Mather, Kim designed a detailed study to test whether a short-term mindfulness program could improve visual attention. The investigators suspected that older adults might experience greater improvements from the targeted training than young adults.</p>
<p>To explore this hypothesis, the scientists recruited a diverse sample of adults from the local community and university campus. The cohort included twenty-eight young adults, twenty middle-aged adults, and twenty-one older adults. Participants were randomly split into groups and completed three laboratory visits over consecutive months.</p>
<p>One group completed thirty days of guided mindfulness meditation using a popular mobile application. Participants were instructed to sit through a daily audio session lasting ten to fifteen minutes. The sessions were designed to teach basic breathing techniques and body awareness.</p>
<p>The other group listened to daily chapters of a public domain audiobook version of the novel “The Adventures of Pinocchio.” This literary exercise acted as an active comparison baseline. It allowed the researchers to account for the general effects of setting aside a short, quiet period each day to listen to an audio recording. </p>
<p>The researchers chose a public domain audiobook to provide a steady narrative without requiring active problem solving. Taking time out to simply listen to a story might lower heart rates and provide a sense of calm. The researchers wanted to be sure that any benefits seen in the meditation group were driven by the mental exercises themselves.</p>
<p>The groups later swapped routines so the researchers could measure visual attention before and after each type of audio intervention. During the laboratory visits, the researchers measured attention using specialized, high-speed eye-tracking technology. Participants looked at a computer screen that displayed arrays of simple shapes, such as circles and diamonds. The researchers required them to locate specific target shapes while ignoring flashy shapes meant to act as distractions. </p>
<p>The experiment involved two separate tasks to test different types of mental inhibition. In one task, participants knew exactly what shape to look for ahead of time, allowing them to proactively block out distractions. In the second task, participants searched for a unique item among identical items, requiring them to reactively pull their attention away from the brightly colored distraction once they noticed it.</p>
<p>The eye-tracking cameras monitored exactly where and how quickly participants moved their eyes during these rigorous trials. This method allows researchers to bypass physical reactions, like clicking a button or pressing a key. Instead, the cameras capture split-second cognitive decisions as the eyes scan a localized environment.</p>
<p>The scientists measured several aspects of attention, including how often eyes darted toward the distracting shape and how long participants stared at it before looking away. The results showed that the daily mindfulness practice improved reaction speeds. Following the meditation month, participants successfully initiated eye movements toward their intended targets faster than they did at the start of the study.</p>
<p>This specific improvement in eye initiation speed did not appear after the audiobook listening month. These rapid eye movements are governed by specialized neural networks that calculate timing before any physical movement occurs. Older adults tend to process these types of early visual signals slower as they age. </p>
<p>Discovering that mindfulness training can accelerate this specific stage of mental processing surprised the research team. It indicated that meditation alters perception at a very basic, sensory level. The meditation practice also improved goal-directed attention and reduced overall distractibility. Participants became better at finding the correct shape and bypassing the brightly colored distraction. </p>
<p>But the researchers noticed that participants also improved in these key areas after the audiobook sessions. The shared improvements suggest that practicing the computer task multiple times likely caused the participants to get better at it. It is also possible that dedicating a small portion of the day to a relaxing activity offers its own mental benefits. </p>
<p>Still, the mindfulness practice uniquely improved the speed of eye movement initiation, separating it from the general benefits of taking a daily break. The research team originally expected older adults to reap the biggest rewards from the intervention due to age-related brain changes. But the data did not support this specific expectation. </p>
<p>Young, middle-aged, and older adults all experienced similar improvements in their reaction speeds following the meditation month. The team also gave participants standard questionnaires designed to measure self-reported mindfulness traits. While older adults generally scored higher on these surveys than young adults, the scores did not change after the meditation practice. </p>
<p>The physical eye movements acted as a more sensitive measure of cognitive progress than the conscious thoughts of the participants. The month-long intervention produced one surprising result that contrasted with the study’s main assumptions. The study required participants to finish at least fifteen meditation sessions, but many participants completed more out of sheer curiosity. </p>
<p>The researchers found that increased use of the meditation application was actually linked to increased distractibility by the irrelevant shapes on the screen. The research team proposed that practicing present-moment awareness might inadvertently increase a person’s general sensitivity to their visual environment. A heightened awareness could make flashy sensory distractions harder to intuitively ignore. </p>
<p>The scientists originally hypothesized that quieting the mind would automatically translate to better visual performance. They assumed that a lower stress level would help clear the brain of internal clutter. Instead, they discovered that an overly alert mind might register everything in the room, even the things it was supposed to ignore.</p>
<p>The researchers noted a few important limitations to their current work. Following an audio guide on a personal mobile phone might produce a weaker cognitive effect than attending an in-person mindfulness program led by an instructor. The thirty-day period was also relatively brief for an intervention meant to alter fundamental brain connectivity.</p>
<p>Future research could track the long-term cognitive adaptations of meditation over several months or consecutive years. Observing expert meditators returning to the laboratory could help clarify the absolute limits of these attention improvements. In the meantime, the current study provides baseline evidence that simply tuning into the present moment can tangibly change how our eyes navigate the world.</p>
<p>The study, “The effects of mindfulness meditation on mechanisms of attentional control in young and older adults: a preregistered eye tracking study,” was authored by Andy Jeesu Kim, Keran Chen, and Mara Mather.</p>
<h2>Headline options</h2>
<ul>
<li>Brief mindfulness practice accelerates visual processing speeds in adults</li>
<li>A month of mobile meditation speeds up cognitive reaction times</li>
<li>How a mindfulness application changes the way your eyes scan for clues</li>
<li>Short-term meditation speeds up visual processing across all age groups</li>
<li>Daily meditation practice improves eye movement speeds in visual tests</li>
<li>What eye-tracking reveals about the cognitive benefits of mindfulness</li>
<li>Mindfulness apps speed up reaction times but might increase distractibility</li>
<li>Can a daily meditation app change how you process visual details?</li>
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<p><strong>Forwarded by:<br />
Michael Reeder LCPC<br />
Baltimore, MD</strong></p>
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