Discover how to support young scientists with the right tools for discovery

If there are young scientists in your life you’d like to support, you can focus on providing them access to mentorship and hands-on learning resources. Equipping them with guidance and essential research tools can also help nourish and sustain their natural curiosity, paving the way for their future discoveries.

Encouraging the youth to become scientists is now even more crucial, as the workforce, including in scientific communities, is aging rapidly. A Yahoo Finance article even cited data from a new study, which found that almost one in four Americans in the labor force are over 55. With many retirees on the way soon, equipping the new generation of scientists should be a priority; otherwise, the science and research sectors will see severe talent shortages.

What Does Being a Young Scientist Mean?

Being a young scientist means proactively engaging in questioning and satisfying one’s natural curiosity through exploration and scientific testing . The term can apply to:

Children

Students (elementary, high school, college, and university students)

Early-career professionals

Regardless of demographics, no matter how young they are or if they’re still at the earliest stages of their careers, young scientists have a passion for discovery. They commit themselves to being objective, setting a goal for themselves to drive and expand human knowledge through the scientific method.

Why Is There a Need for New, Young Scientists?

The need for new, young scientists stems from many factors, one of which is the ongoing requirement to fill the void left by retiring generations.

CBS News, for instance, wrote about a forecast saying a severe labor shortage will emerge  in the U.S. over the next 10 to 15 years. It’ll trigger the demand for young workers to “explode” and a shortage of qualified workers. Compounding the issue is that smaller cohorts of young people will enter the workforce while a wave of baby boomers will retire.

Another reason behind the need for young scientists is their potential to deliver fresh ideas that can help drive scientific growth.

As an article published on the University of Chicago website states, new research shows that scientific innovation narrows as scientists age . Younger scientists are necessary not just to fill their predecessors’ shoes once they retire, but also because they’re more likely to instigate disruption in their respective fields and replace existing ideas with new ones .

How Can You Support Young Scientists With the Right Tools for Discovery?

Whether the young scientists in your life are in K-12, attending college or university, or launching their early careers, you can support them by pointing them toward proper guidance and mentorship. You can also nourish their need for hands-on experiential learning by helping fund their at-home laboratories or giving them access to lab science equipment .

Proper Guidance and Mentorship

You don’t have to be a scientist yourself to drive student innovation among your kids who show interest in becoming young scientists. You can start by encouraging them to maintain a journal of their scientific curiosities. You can suggest using dedicated science notebooks where they can:

Keep asking questions

Write about their findings as they explore nature

Sketch observations or insert photos of experiments

Track data

If your young scientists are already in university or are early-career professionals, you can show your support and guidance by connecting them to professional groups and societies. Help them find field-specific associations known for offering specialized workshops or grants, such as the American Heart Association (AHA) and the American Society for Cell Biology (ASCB).

Another way to show your support is by advising your young scientists to reach out to institutional mentors. Have them initiate contact with faculty members or principal investigators running active laboratories and workshops .

Funding Hands-On Learning Experiences

If you have the financial capability, consider funding your young scientists’ need for hands-on learning, testing, and experiments by getting them the basic laboratory supplies, tools, and equipment they need. The exact materials they need depend on their age and specific scientific interests, but some essentials are:

Safety gear, such as safety goggles, laboratory aprons, and nitrile gloves

Magnification tools like compound or stereo microscopes

Measurement tools, including pocket scales, triple-beam balances, and graduated cylinders

Containment and handling tools, such as test tubes, Erlenmeyer flasks, beakers, stirring rods, and pipettes

Another way to show financial support to young scientists is by sponsoring a school’s laboratory equipment needs. You can also fund specific scientific research projects or donate to established non-profit scientific organizations .

Frequently Asked Questions

What Qualities and Skills Must Young Scientists Have?

The success of young scientists hinges on a combination of essential personal traits, core technical abilities, and solid communication skills. They must always be curious, for instance, having a deep desire to ask questions, such as how and why things work.

Young scientists must also be patient yet persistent and resilient. They must be able to mentally and emotionally handle rejections and failed experiments but still desire to push through.

As for crucial skills, scientists, whether young or old, must be critical thinkers and problem solvers. They should be able to analyze data thoroughly, with the goal of identifying errors and developing smart solutions.

Scientists rarely work alone, as scientific research and development require multiple great minds. Young scientists, therefore, need to be excellent team players and have great communication skills.

What Are the Most Popular Fields for Young Scientists?

Biomedical and life sciences are among the most popular fields for aspiring and young scientists.

Statistics cited by the college planning platform CollegeHelpGuide.com show there are about 145,000 degrees in biological and biomedical sciences conferred each year. Some of the primary branches this field covers include biochemistry, general biology, and molecular biology.

The environmental and earth science field is also gaining traction among the younger, science-focused generation. Climate change, renewable energy, sustainability, and environmental protection all play critical roles that drive interest in this sector.

Support Young Scientists in Their Journey of Discovery

From pointing them toward the right direction for mentorship and guidance to helping fund their laboratory-related needs, these are all effective ways to support young scientists . Empowering and encouraging the youth to pursue scientific endeavors can help prepare them to become the next problem solvers of global challenges.

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