Here at New Neuro Marketing we review new research papers weekly to provide you with the latest insights on Neuromarketing. These are 5 insights that were not yet published in an article but we still want you to know about them so you don’t miss a thing!
Social media usage is still rising. In addition to more and more users (321 million new users since 2019), the time spent has increased: we’re spending more than 40 percent of our waking hours online. As the public is online, so are your customers, and your business should as well.
Did you know consumers spend $5.400 per year on average on impulse purchases of food, clothing, household items, and shoes?
That shouldn’t be quite a surprise. In one way or another, everyone has experienced a sudden, often powerful, and persistent urge to buy something immediately. In most cases, this regards something we hadn’t planned for.
It could be that one time you visited your local grocery store and realized there had been a huge discount on your favorite Italian rice. Or that time you walked into a high-end jewelry shop and suddenly purchased that sparkling golden Swedish watch on the shelf, regardless of the financial risks involved.
Now that was our impulse buying urge in full effect.
So how can we trigger these inherent impulse buying desires that consumers already have to stimulate impulse purchases?
Most likely, you'll recognize that vague feeling when talking to a customer support chat service, that the "person" you're chatting with might actually be a computer.
Indeed, the market size of chatbots is expanding: starting at $250 million in 2017, it will be more than $1.34 billion in 2024 (Pise, 2018). A chatbot is an automated speech generator that can respond to both written and auditory text. More than 21% of US adults and even more than 80% of generation Z (born between 1996 and 2010) use voice/text bots for information search and shopping.
Wat exactly makes communication ‘work’? And what does successful communication look like in the brain? The latest brain research shows it is not so much a matter of specific brain areas lighting up, but rather the degree to which multiple brains react in the same way.
